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Student Application

Take a closer look at the Moon and find out what makes Earth's nearest neighbor so unique.


Learning Objectives

  1. Students will understand the moon’s relationship to Earth.
  2. Students will describe the composition of the moon.
  3. Students will understand the effects of gravity on the moon.
  4. Students will detail the phases of the moon.


Supporting Activities

  1. Before viewing the video

    Lead a short discussion with the following questions. (You might want to record the responses so you can check for accuracy afterward.) “Which is larger — the sun or the moon or Earth?” “Does the moon have water on it? Or air? Or plants? Or animals?” Ask the class to tell you what shape to expect to see in the sk...

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Related Content


Tides
Tide
Temperature
Telescope
Star Background
Sphere
Sphere
Solar Eclipse
Scale
Satellite
Rotation
Rotation
Rotate
Revolution
Pin
Phases Of The Moon
Phases Of The Moon
Phase Of The Moon
Orbit
Orbit
Northern Hemisphere
New Moon Phase Of The Moon
New Moon
Neil Armstrong
Moon
Moon
Maria (singular: Mare)
Maria
Lunar Eclipse
Low Tide
Last Quarter Phase Of The Moon
Imbrium Basin
High Tide
Half Moon
Gravity
Gravity
Gravitational Force
Full Moon
First Quarter Phase Of The Moon
First Quarter
Earth
Earth
Earth
Duplicate
Duplicate
Doghouse
Dog Chasing Tail
Dog
Crater
Child
Cat Swinging
Bowling Ball
Bike
Atmosphere
Asteroids
Dancing Dog
Man On The Moon
Solar Eclipse
Satellite
Earth
Full Moon
Comets
Last Quarter
Full Moon Phase Of The Moon
Highlands
Meteoroids
Edwin
Looking At The New Moon
Apollo Mission 11
Craters
Star Background
Waning
Waning
Waning Crescent
Waning Crescent
Waning Crescent Phase Of The Moon
Waning Moon
Waxing
Waxing
Waxing Crescent
Waxing Crescent Phase Of The Moon
Waxing Gibbous
Waxing Moon
Weight
Weight Comparison
Weight On The Moon
Introduction
Physical Characteristics
Atmosphere
Craters
Gravity
Movement
Phases
Tides
What Did You Learn?
Moving Crossword
Rules And Laws Crossword
Solar System Crossword
Moon Ideas
Moon Or Not
Let's Compare: Moon
Shoot The Moon
Moon Mass Math
Orbit Prediction
Rotate Or Revolve
Moon Phases
Pictoral Vocabulary: Moon
A Closer Look At The Moon
A Closer Look At The Moon
A Closer Look At The Moon

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Learning Object — Asset
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Asset: Duplicate

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

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Asset: Duplicate

Student Application

Come join us in the "matter kitchen" as we learn that our entire world is made of matter.


Learning Objectives

  1. Students will understand that all objects everywhere, those you can see and even those you cannot see, are made up of matter.
  2. Students will realize that not all matter is the same. Some objects are alike, and some are different.
  3. Students will know the five senses that aid us in learning more about matter: se...

    [ Signin to View ]


Supporting Activities

  1. Before viewing the video

    1. Bring several objects (solids, liquids, and, if possible, gases) into the classroom (or use objects already in the classroom). Ask the students to describe objects. See if the students can think of any ways to group the objects into categories (all of the solids, all of the...

      [ Signin to View ]


Related Content


Thermometer
Tennis Ball
Telescopes
Tasting
Tape Measure
Space
Solid
Seeing
Scale
Quarter (Coin)
Properties
Objects
Microscopes
Mass
Liquid
Kiwi
Hearing
Grams
Golf Ball
Gas
Five Senses
Feeling
Egg
Duplicate
Duplicate
Duplicate
Directions
Coin
Balance Scale
Apple
5g
25g
10g
Balloon
1g
Tools
Duplicate
Matter
CD
Smelling
Duplicate
Weights
Whats The Mass?
Introduction
Five Senses
Identifying Properties Of Matter
Matter Can
Matter Analyzer
Matter Has Mass
Matter Takes Up Space
Solids, Liquids, And Gases
Review
Matter Part 1 Crossword
Woodland Indians Crossword
Mass Prediction
What's The Mass?
Properties Of Matter, Part 1
Properties Of Matter, Part 1
Properties Of Matter, Part 1

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Learning Object — Asset
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Student Application

Nutritious foods are full of nutrients that help our bodies grow and stay healthy. Learn how many foods are good for you and start eating them.


Learning Objectives

  1. Students will learn about the new USDA MyPlate food guidelines and food groups.
  2. Students will understand the difference between healthy and unhealthy foods.
  3. Students will learn how to identify healthy foods and incorporate them into meals and snacks.
  4. Students will discover that eating he...

    [ Signin to View ]


Supporting Activities

  1. Plan a Menu. Ask students to use the USDA MyPlate food guidelines and lessons from the video to make a weekly menu for their families. Encourage students to consider portion sizes, servings of each food group per day, and their families’ dietary preferences. Ask students to share their menus with their families and report back to class. Send a note...

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Related Content


Tortilla Chips
Tortilla Chips
Tortilla
The Germinator
Sushi
Sunflower Seeds
Sunflower Seeds
Sugar
Steak
Steak
Steak
Sourdough Bread Loaf
Snake Fruit
Snake Fruit
Snake Fruit
Slice Of Bread
Scale
Sausage
Salmon
Salmon
Salmon
Salmon
Salmon
Salami
Salami
Rib Eye Steak
Red Potatoes
Red Meat
Red Meat
Ramen Noodles
Rambutan Fruit
Rambutan Fruit
Raisin Bread Loaf
Pulasan Fruit
Pulasan Fruit
Protein
Pork
Popcorn Box
Popcorn
Playing Card
Plantains
Plantains
Plantains
Plantain Bunch
Pistachios
Pistachios
Pinto Beans
Pinto Beans
Peas
Peanuts
Peanuts
Peanuts
PeanutButter
PeanutButter
Party Mix
Oatmeal
Nutrients
Muscle
Mixed Nuts
Mixed Nuts
Mixed Nuts
Milk Fruit
Milk
Mangoes
Mango
Mango
Mango
Lunchmeat
Lunch Meat
Lunch Meat
Lean Hamburger Meat
Kiwis
Kiwi Skin
Kiwi Inside
Kiwi
Kiwi
Kiwi
Ice Cream Sundae
Ice Cream Cone
Ice Cream Bar
Hummus
Hummus
Hummus
HotDog
Hot Dog And Bun
Hot Dog
Hot Dog
Healthy Choices
Healthy Choice Game
Healthy Choice Cards
Hamburger
Ham
Ham
Ham
Grilled Chicken
Great Job
Grains
Grain Grab Page
Grain Grab Maze
Ginger Flowers
Ginger Flowers
Game Button
Game Board
Fruit
Fried Fish
Fried Chicken Spicy
Fried Chicken Original
Fresh Fish
French Fries
Fish
Energy
Eggs
Egg Whites
Egg Whites
Egg Noodles
Egg
Eel (cooked Fish)
Durian Fruit
Durian Fruit
Duplicate
Doughnut
Dinner Roll
Deli Meat
Dairy
Custard Apple
Corn Nuts
Corn
Cookie
Cocoa Fruit
Cocoa Fruit
Chorizo
Chocolate Milk
Chips
Chicken Nuggets
Chicken
Chicken
Chicken
Chicken
Cherimoya Fruit
Cashews
Cashews
Cashews
Card Dealer
Caramel Corn
Caramel Apple
Cake Slice
Blank Game Board
Baked Potato
Baked Chips
Baked Beans
Baked Beans
Baked Beans
Bacon
Bacon
Bacon
Bacon
Apple
Almonds
Talapia
Fruit
PintoBeans
Dragon Fruit
Black Beans
Fruit Candy
Cashews
Dragon Fruit
Pita Bread
Steak
Duplicate
Peas
Peanuts
Beans
Chicken Baked
Black Beans
Egg Whites
Bacon
Talapia
Peas
Black Beans
Ham
Cinnamon Roll
Corn Dog
Tortilla Chip
Talapia
Hot Dog Frank
MyPlate
SunflowerSeeds
Pistachios
Fish
Salami
Snake Fruit
Pistachios
T Bone Steak
Bagel
Banner
Green Button
Salami
Corn
Turkey
Turkey
Turkey
Turkey
Unhealthy Foods
Vegetable
Walnuts
Walnuts
Walnuts
Walnuts
Wheat Bread
Wheat Shafts
Wheat Tortillas
White Bread
White Bread
White Rice
Yogurt
Introduction
Nutrients
Grains
Vegetables
Fruits
Dairy
Protein
Oils
A Balanced Breakfast
Lunch And Snacks
Ordering Out (Review
Presidents Day Crossword
Grain Grab
Paint By Veggies
Fruit Fact Or Fiction
Milk Can Toss
Portion Power
Healthy By Choice
Nutrition
Nutrition
Nutrition

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Learning Object — Asset
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Asset: Duplicate

Student Application

Come join us in the "matter kitchen" as we learn that our entire world is made of matter.


Learning Objectives

  1. Students will understand that all objects everywhere, those you can see and even those you cannot see, are made up of matter.
  2. Students will realize that not all matter is the same. Some objects are alike, and some are different.
  3. Students will know the five senses that aid us in learning more about matter: se...

    [ Signin to View ]


Supporting Activities

  1. Before viewing the video

    1. Bring several objects (solids, liquids, and, if possible, gases) into the classroom (or use objects already in the classroom). Ask the students to describe objects. See if the students can think of any ways to group the objects into categories (all of the solids, all of the...

      [ Signin to View ]


Related Content


Thermometer
Tennis Ball
Telescopes
Tasting
Tape Measure
Space
Solid
Seeing
Scale
Quarter (Coin)
Properties
Objects
Microscopes
Mass
Liquid
Kiwi
Hearing
Grams
Golf Ball
Gas
Five Senses
Feeling
Egg
Duplicate
Duplicate
Duplicate
Directions
Coin
Balance Scale
Apple
5g
25g
10g
Balloon
1g
Tools
Duplicate
Matter
CD
Smelling
Duplicate
Weights
Whats The Mass?
Introduction
Five Senses
Identifying Properties Of Matter
Matter Can
Matter Analyzer
Matter Has Mass
Matter Takes Up Space
Solids, Liquids, And Gases
Review
Matter Part 1 Crossword
Woodland Indians Crossword
Mass Prediction
What's The Mass?
Properties Of Matter, Part 1
Properties Of Matter, Part 1
Properties Of Matter, Part 1

Duplicate

Learning Object — Asset
Rate Duplicate

Asset: Duplicate

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

Duplicate

Learning Object — Asset
Rate Duplicate

Asset: Duplicate

Student Application

Come join us in the "matter kitchen" as we learn that our entire world is made of matter.


Learning Objectives

  1. Students will understand that all objects everywhere, those you can see and even those you cannot see, are made up of matter.
  2. Students will realize that not all matter is the same. Some objects are alike, and some are different.
  3. Students will know the five senses that aid us in learning more about matter: se...

    [ Signin to View ]


Supporting Activities

  1. Before viewing the video

    1. Bring several objects (solids, liquids, and, if possible, gases) into the classroom (or use objects already in the classroom). Ask the students to describe objects. See if the students can think of any ways to group the objects into categories (all of the solids, all of the...

      [ Signin to View ]


Related Content


Thermometer
Tennis Ball
Telescopes
Tasting
Tape Measure
Space
Solid
Seeing
Scale
Quarter (Coin)
Properties
Objects
Microscopes
Mass
Liquid
Kiwi
Hearing
Grams
Golf Ball
Gas
Five Senses
Feeling
Egg
Duplicate
Duplicate
Duplicate
Directions
Coin
Balance Scale
Apple
5g
25g
10g
Balloon
1g
Tools
Duplicate
Matter
CD
Smelling
Duplicate
Weights
Whats The Mass?
Introduction
Five Senses
Identifying Properties Of Matter
Matter Can
Matter Analyzer
Matter Has Mass
Matter Takes Up Space
Solids, Liquids, And Gases
Review
Matter Part 1 Crossword
Woodland Indians Crossword
Mass Prediction
What's The Mass?
Properties Of Matter, Part 1
Properties Of Matter, Part 1
Properties Of Matter, Part 1

Duplicate

Learning Object — Asset
Rate Duplicate

Asset: Duplicate

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

Duplicate

Learning Object — Asset
Rate Duplicate

Asset: Duplicate

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

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Learning Object — Asset
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Asset: Duplicate

Student Application

Investigate what seeds need to germinate and how plants must receive the basic needs of life to grow.


Learning Objectives

  1. Students will know the functions of the plant parts.
    1. Roots function to soak up water, minerals, and nutrients from the soil. They also serve as anchors that keep the plant in place.
    2. The stem is like a highway for food and water to travel up through the plant. The stem also holds the ...

      [ Signin to View ]


Supporting Activities

  1. Before viewing the video

    1. Bring a whole live plant (root, stem, leaves, and flower) to class. Hold it up for the students' observations. Ask them to tell the parts of this plant. Have older students draw the plant and label its parts.
  2. After viewing t...

    [ Signin to View ]


Related Content


Transpiration
Tap Root
Stomate
Stomata
Stamen
Stamen
Spines
Self-Pollination
Seed
Reproduction
Pollen
Plant Parts With Flower
Plant Parts
Plant Parts
Plankton
Pistils
Photosynthesis
Oxygen
Ovules
Ovary
Nutrients
Magnifying Glass
Life Cycle
Leaf And Stomata
Leaf
Gymnosperm
Fungi
Flower
Endosperm
Duplicate
Duplicate
Cross-Pollination
Cotyledon
Compost
Carbon Dioxide
Bug
Angiosperm
Annuals
Germination
Food Transport
Perennials
Leaf, Stomata And Root
Duplicate
Bark
The Amazing Leaf
Game Background
Chlorophyll
Leaf Closeup
Introduction
Plant Parts
Plants Make Their Own Food
Seeds
Bulbs
Reproduction
Plants Have Needs
Plant Habitats And Life Cycle
Plant Adaptations
Different Kinds Of Plants
Fun Facts
End
Plant Label And Look
How Plants Grow
How Plants Grow
How Plants Grow

Duplicate

Learning Object — Asset
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Asset: Duplicate

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

Duplicate

Learning Object — Asset
Rate Duplicate

Asset: Duplicate

Student Application

Investigate what seeds need to germinate and how plants must receive the basic needs of life to grow.


Learning Objectives

  1. Students will know the functions of the plant parts.
    1. Roots function to soak up water, minerals, and nutrients from the soil. They also serve as anchors that keep the plant in place.
    2. The stem is like a highway for food and water to travel up through the plant. The stem also holds the ...

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Supporting Activities

  1. Before viewing the video

    1. Bring a whole live plant (root, stem, leaves, and flower) to class. Hold it up for the students' observations. Ask them to tell the parts of this plant. Have older students draw the plant and label its parts.
  2. After viewing t...

    [ Signin to View ]


Related Content


Transpiration
Tap Root
Stomate
Stomata
Stamen
Stamen
Spines
Self-Pollination
Seed
Reproduction
Pollen
Plant Parts With Flower
Plant Parts
Plant Parts
Plankton
Pistils
Photosynthesis
Oxygen
Ovules
Ovary
Nutrients
Magnifying Glass
Life Cycle
Leaf And Stomata
Leaf
Gymnosperm
Fungi
Flower
Endosperm
Duplicate
Duplicate
Cross-Pollination
Cotyledon
Compost
Carbon Dioxide
Bug
Angiosperm
Annuals
Germination
Food Transport
Perennials
Leaf, Stomata And Root
Duplicate
Bark
The Amazing Leaf
Game Background
Chlorophyll
Leaf Closeup
Introduction
Plant Parts
Plants Make Their Own Food
Seeds
Bulbs
Reproduction
Plants Have Needs
Plant Habitats And Life Cycle
Plant Adaptations
Different Kinds Of Plants
Fun Facts
End
Plant Label And Look
How Plants Grow
How Plants Grow
How Plants Grow

Duplicate

Learning Object — Asset
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Asset: Duplicate

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

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Asset: Duplicate

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

Duplicate

Learning Object — Asset
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Asset: Duplicate

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

Duplicate

Learning Object — Asset
Rate Duplicate

Asset: Duplicate

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

Duplicate

Learning Object — Asset
Rate Duplicate

Asset: Duplicate

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

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Learning Object — Asset
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Asset: Duplicate

Duplicate

Student Application

Take a closer look at the Moon and find out what makes Earth's nearest neighbor so unique.


Learning Objectives

  1. Students will understand the moon’s relationship to Earth.
  2. Students will describe the composition of the moon.
  3. Students will understand the effects of gravity on the moon.
  4. Students will detail the phases of the moon.


Supporting Activities

  1. Before viewing the video

    Lead a short discussion with the following questions. (You might want to record the responses so you can check for accuracy afterward.) “Which is larger — the sun or the moon or Earth?” “Does the moon have water on it? Or air? Or plants? Or animals?” Ask the class to tell you what shape to expect to see in the sk...

    [ Signin to View ]


Related Content


Tides
Tide
Temperature
Telescope
Star Background
Sphere
Sphere
Solar Eclipse
Scale
Satellite
Rotation
Rotation
Rotate
Revolution
Pin
Phases Of The Moon
Phases Of The Moon
Phase Of The Moon
Orbit
Orbit
Northern Hemisphere
New Moon Phase Of The Moon
New Moon
Neil Armstrong
Moon
Moon
Maria (singular: Mare)
Maria
Lunar Eclipse
Low Tide
Last Quarter Phase Of The Moon
Imbrium Basin
High Tide
Half Moon
Gravity
Gravity
Gravitational Force
Full Moon
First Quarter Phase Of The Moon
First Quarter
Earth
Earth
Earth
Duplicate
Duplicate
Doghouse
Dog Chasing Tail
Dog
Crater
Child
Cat Swinging
Bowling Ball
Bike
Atmosphere
Asteroids
Dancing Dog
Man On The Moon
Solar Eclipse
Satellite
Earth
Full Moon
Comets
Last Quarter
Full Moon Phase Of The Moon
Highlands
Meteoroids
Edwin
Looking At The New Moon
Apollo Mission 11
Craters
Star Background
Waning
Waning
Waning Crescent
Waning Crescent
Waning Crescent Phase Of The Moon
Waning Moon
Waxing
Waxing
Waxing Crescent
Waxing Crescent Phase Of The Moon
Waxing Gibbous
Waxing Moon
Weight
Weight Comparison
Weight On The Moon
Introduction
Physical Characteristics
Atmosphere
Craters
Gravity
Movement
Phases
Tides
What Did You Learn?
Moving Crossword
Rules And Laws Crossword
Solar System Crossword
Moon Ideas
Moon Or Not
Let's Compare: Moon
Shoot The Moon
Moon Mass Math
Orbit Prediction
Rotate Or Revolve
Moon Phases
Pictoral Vocabulary: Moon
A Closer Look At The Moon
A Closer Look At The Moon
A Closer Look At The Moon

Duplicate

Learning Object — Asset
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Asset: Duplicate

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

Duplicate

Learning Object — Asset
Rate Duplicate

Asset: Duplicate

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

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Learning Object — Asset
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Asset: Duplicate

Student Application

Take a ride in a traveling machine to learn about the form and function of landforms.


Learning Objectives

  1. Students will know that a landform is the shape of the surface of the land.
  2. Students will identify continents as the main areas of land on the earth.
  3. Students will understand that a mountain is a landform with steep sides and a high elevation. Some of the mountain ranges in North America are the Rocky Mounta...

    [ Signin to View ]


Supporting Activities

  1. Before viewing the video

    1. Anticipatory Set: Show the class a globe. Have the children identify: ocean, river, continent, lake, island, and peninsula. The landforms shown on the video are: mountain, hill, valley, river, lake, gulf, island, volcano, harbor, bay peninsula, desert, plateau, canyo...

      [ Signin to View ]


Related Content


The Treasure
Stream
Sea Level
Sea
River Mouth
River
Prairie Provinces
Prairie Dog
Prairie
Plateau
Plain
Pirate Ship
Pirate Map With Ships
Pirate Map
Peninsula
Peak
Panama Canal
Oceans
North America
Mountain Range
Mountain
Mississippi River System
Map Of The Earth
Level Two, Whale Attack Solution
Level Two, Harbor Shipwreck Solution
Level Two, Cape Dolphin Solution
Level Three, Whale Watch Bay Solution
Level Three, Base Of The Mountains Solution
Level One, Pirate Bay Solution
Level One, Lost Island Solution
Level
Landform
Lake
Island
Hill
Harbor
Gulf Of Mexico
Gulf
Great Smoky Mountains
Great Plains
Great Lakes
Grand Canyon
Glacier
Game Background
Foothills
Fall Line
Elevation
Eastern Europe Prairie
Duplicate
Desert
Dead Sea
Continents
Coin
Coast
Cliff
Central Valley
Cape Horn
Bay
Asia
Appalachian Mountain System
Delta
Swamp
Canyon
Gemstone
Level Three, Hit The Beach Solution
Everglades
Grid
Mesa
Directions
Level One, Peninsula Solution
Bag
Great Basin
Valley
Volcano
Introduction
Mountains
Hills
Valleys
Bodies Of Water
Lakes
Land Near Water
Desert Landforms
Plains
Review
Plains Indians Crossword
Pirate Map
Landforms #1
Landforms #1
Landforms #1

Duplicate

Learning Object — Asset
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Asset: Duplicate

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

Duplicate

Learning Object — Asset
Rate Duplicate

Asset: Duplicate

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

Duplicate

Learning Object — Asset
Rate Duplicate

Asset: Duplicate

Student Application

Nutritious foods are full of nutrients that help our bodies grow and stay healthy. Learn how many foods are good for you and start eating them.


Learning Objectives

  1. Students will learn about the new USDA MyPlate food guidelines and food groups.
  2. Students will understand the difference between healthy and unhealthy foods.
  3. Students will learn how to identify healthy foods and incorporate them into meals and snacks.
  4. Students will discover that eating he...

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Supporting Activities

  1. Plan a Menu. Ask students to use the USDA MyPlate food guidelines and lessons from the video to make a weekly menu for their families. Encourage students to consider portion sizes, servings of each food group per day, and their families’ dietary preferences. Ask students to share their menus with their families and report back to class. Send a note...

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Related Content


Tortilla Chips
Tortilla Chips
Tortilla
The Germinator
Sushi
Sunflower Seeds
Sunflower Seeds
Sugar
Steak
Steak
Steak
Sourdough Bread Loaf
Snake Fruit
Snake Fruit
Snake Fruit
Slice Of Bread
Scale
Sausage
Salmon
Salmon
Salmon
Salmon
Salmon
Salami
Salami
Rib Eye Steak
Red Potatoes
Red Meat
Red Meat
Ramen Noodles
Rambutan Fruit
Rambutan Fruit
Raisin Bread Loaf
Pulasan Fruit
Pulasan Fruit
Protein
Pork
Popcorn Box
Popcorn
Playing Card
Plantains
Plantains
Plantains
Plantain Bunch
Pistachios
Pistachios
Pinto Beans
Pinto Beans
Peas
Peanuts
Peanuts
Peanuts
PeanutButter
PeanutButter
Party Mix
Oatmeal
Nutrients
Muscle
Mixed Nuts
Mixed Nuts
Mixed Nuts
Milk Fruit
Milk
Mangoes
Mango
Mango
Mango
Lunchmeat
Lunch Meat
Lunch Meat
Lean Hamburger Meat
Kiwis
Kiwi Skin
Kiwi Inside
Kiwi
Kiwi
Kiwi
Ice Cream Sundae
Ice Cream Cone
Ice Cream Bar
Hummus
Hummus
Hummus
HotDog
Hot Dog And Bun
Hot Dog
Hot Dog
Healthy Choices
Healthy Choice Game
Healthy Choice Cards
Hamburger
Ham
Ham
Ham
Grilled Chicken
Great Job
Grains
Grain Grab Page
Grain Grab Maze
Ginger Flowers
Ginger Flowers
Game Button
Game Board
Fruit
Fried Fish
Fried Chicken Spicy
Fried Chicken Original
Fresh Fish
French Fries
Fish
Energy
Eggs
Egg Whites
Egg Whites
Egg Noodles
Egg
Eel (cooked Fish)
Durian Fruit
Durian Fruit
Duplicate
Doughnut
Dinner Roll
Deli Meat
Dairy
Custard Apple
Corn Nuts
Corn
Cookie
Cocoa Fruit
Cocoa Fruit
Chorizo
Chocolate Milk
Chips
Chicken Nuggets
Chicken
Chicken
Chicken
Chicken
Cherimoya Fruit
Cashews
Cashews
Cashews
Card Dealer
Caramel Corn
Caramel Apple
Cake Slice
Blank Game Board
Baked Potato
Baked Chips
Baked Beans
Baked Beans
Baked Beans
Bacon
Bacon
Bacon
Bacon
Apple
Almonds
Talapia
Fruit
PintoBeans
Dragon Fruit
Black Beans
Fruit Candy
Cashews
Dragon Fruit
Pita Bread
Steak
Duplicate
Peas
Peanuts
Beans
Chicken Baked
Black Beans
Egg Whites
Bacon
Talapia
Peas
Black Beans
Ham
Cinnamon Roll
Corn Dog
Tortilla Chip
Talapia
Hot Dog Frank
MyPlate
SunflowerSeeds
Pistachios
Fish
Salami
Snake Fruit
Pistachios
T Bone Steak
Bagel
Banner
Green Button
Salami
Corn
Turkey
Turkey
Turkey
Turkey
Unhealthy Foods
Vegetable
Walnuts
Walnuts
Walnuts
Walnuts
Wheat Bread
Wheat Shafts
Wheat Tortillas
White Bread
White Bread
White Rice
Yogurt
Introduction
Nutrients
Grains
Vegetables
Fruits
Dairy
Protein
Oils
A Balanced Breakfast
Lunch And Snacks
Ordering Out (Review
Presidents Day Crossword
Grain Grab
Paint By Veggies
Fruit Fact Or Fiction
Milk Can Toss
Portion Power
Healthy By Choice
Nutrition
Nutrition
Nutrition

Duplicate

Learning Object — Asset
Rate Duplicate

Asset: Duplicate

Student Application

Come join us in the "matter kitchen" as we learn that our entire world is made of matter.


Learning Objectives

  1. Students will understand that all objects everywhere, those you can see and even those you cannot see, are made up of matter.
  2. Students will realize that not all matter is the same. Some objects are alike, and some are different.
  3. Students will know the five senses that aid us in learning more about matter: se...

    [ Signin to View ]


Supporting Activities

  1. Before viewing the video

    1. Bring several objects (solids, liquids, and, if possible, gases) into the classroom (or use objects already in the classroom). Ask the students to describe objects. See if the students can think of any ways to group the objects into categories (all of the solids, all of the...

      [ Signin to View ]


Related Content


Thermometer
Tennis Ball
Telescopes
Tasting
Tape Measure
Space
Solid
Seeing
Scale
Quarter (Coin)
Properties
Objects
Microscopes
Mass
Liquid
Kiwi
Hearing
Grams
Golf Ball
Gas
Five Senses
Feeling
Egg
Duplicate
Duplicate
Duplicate
Directions
Coin
Balance Scale
Apple
5g
25g
10g
Balloon
1g
Tools
Duplicate
Matter
CD
Smelling
Duplicate
Weights
Whats The Mass?
Introduction
Five Senses
Identifying Properties Of Matter
Matter Can
Matter Analyzer
Matter Has Mass
Matter Takes Up Space
Solids, Liquids, And Gases
Review
Matter Part 1 Crossword
Woodland Indians Crossword
Mass Prediction
What's The Mass?
Properties Of Matter, Part 1
Properties Of Matter, Part 1
Properties Of Matter, Part 1

Duplicate

Learning Object — Asset
Rate Duplicate

Asset: Duplicate

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

Duplicate

Learning Object — Asset
Rate Duplicate

Asset: Duplicate

Student Application

Investigate what seeds need to germinate and how plants must receive the basic needs of life to grow.


Learning Objectives

  1. Students will know the functions of the plant parts.
    1. Roots function to soak up water, minerals, and nutrients from the soil. They also serve as anchors that keep the plant in place.
    2. The stem is like a highway for food and water to travel up through the plant. The stem also holds the ...

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Supporting Activities

  1. Before viewing the video

    1. Bring a whole live plant (root, stem, leaves, and flower) to class. Hold it up for the students' observations. Ask them to tell the parts of this plant. Have older students draw the plant and label its parts.
  2. After viewing t...

    [ Signin to View ]


Related Content


Transpiration
Tap Root
Stomate
Stomata
Stamen
Stamen
Spines
Self-Pollination
Seed
Reproduction
Pollen
Plant Parts With Flower
Plant Parts
Plant Parts
Plankton
Pistils
Photosynthesis
Oxygen
Ovules
Ovary
Nutrients
Magnifying Glass
Life Cycle
Leaf And Stomata
Leaf
Gymnosperm
Fungi
Flower
Endosperm
Duplicate
Duplicate
Cross-Pollination
Cotyledon
Compost
Carbon Dioxide
Bug
Angiosperm
Annuals
Germination
Food Transport
Perennials
Leaf, Stomata And Root
Duplicate
Bark
The Amazing Leaf
Game Background
Chlorophyll
Leaf Closeup
Introduction
Plant Parts
Plants Make Their Own Food
Seeds
Bulbs
Reproduction
Plants Have Needs
Plant Habitats And Life Cycle
Plant Adaptations
Different Kinds Of Plants
Fun Facts
End
Plant Label And Look
How Plants Grow
How Plants Grow
How Plants Grow

Duplicate

Learning Object — Asset
Rate Duplicate

Asset: Duplicate

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

Duplicate

Learning Object — Asset
Rate Duplicate

Asset: Duplicate

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

Duplicate

Learning Object — Asset
Rate Duplicate

Asset: Duplicate

Student Application

Come join us in the "matter kitchen" as we learn that our entire world is made of matter.


Learning Objectives

  1. Students will understand that all objects everywhere, those you can see and even those you cannot see, are made up of matter.
  2. Students will realize that not all matter is the same. Some objects are alike, and some are different.
  3. Students will know the five senses that aid us in learning more about matter: se...

    [ Signin to View ]


Supporting Activities

  1. Before viewing the video

    1. Bring several objects (solids, liquids, and, if possible, gases) into the classroom (or use objects already in the classroom). Ask the students to describe objects. See if the students can think of any ways to group the objects into categories (all of the solids, all of the...

      [ Signin to View ]


Related Content


Thermometer
Tennis Ball
Telescopes
Tasting
Tape Measure
Space
Solid
Seeing
Scale
Quarter (Coin)
Properties
Objects
Microscopes
Mass
Liquid
Kiwi
Hearing
Grams
Golf Ball
Gas
Five Senses
Feeling
Egg
Duplicate
Duplicate
Duplicate
Directions
Coin
Balance Scale
Apple
5g
25g
10g
Balloon
1g
Tools
Duplicate
Matter
CD
Smelling
Duplicate
Weights
Whats The Mass?
Introduction
Five Senses
Identifying Properties Of Matter
Matter Can
Matter Analyzer
Matter Has Mass
Matter Takes Up Space
Solids, Liquids, And Gases
Review
Matter Part 1 Crossword
Woodland Indians Crossword
Mass Prediction
What's The Mass?
Properties Of Matter, Part 1
Properties Of Matter, Part 1
Properties Of Matter, Part 1