warm up – can you make a tornado materials : penny, large plastic container with lid, liquid dish...

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Warm Up – Can You Make a Tornado Materials: penny, large plastic container with lid, liquid dish detergent, water Observe the demonstration. Record your observations. Think it Over What happens to the water in the container? Describe the pattern that forms. How is it like a tornado? How is it unlike a tornado?

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Page 1: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Warm Up – Can You Make a Tornado

Materials: penny, large plastic container with lid, liquid dish detergent, water

Observe the demonstration.

Record your observations.

Think it OverWhat happens to the water in the

container? Describe the pattern that forms.How is it like a tornado? How is it unlike a

tornado?

Page 2: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Big Idea

Which weather factors produce changes in the weather?

Page 3: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

StormsChapter 8, Section 4

Page 4: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Standards

S.6.2.d Students know earthquakes, volcanic eruptions, landslides, and floods change human and wildlife habitats.

S.6.4.e Students know differences in pressure, heat, air movement, and humidity result in changes in weather.

Page 5: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Key Questions

What kinds of questions can you ask based on this picture?

Page 6: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Key Questions

What kinds of questions can you ask based on this picture?

Page 7: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Key Questions

What kinds of questions can you ask based on this picture?

Page 8: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Key Questions

What kinds of questions can you ask based on this picture?

Page 9: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Key Questions

SWBAT describe the main kinds of storms, and how they form.

SWBAT explain what measures you take to ensure safety in a storm.

Page 10: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

StormA violent disturbance in the atmosphere

Page 11: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

ThunderstormA small storm with heavy precipitation and frequent thunder and lightning.

Page 12: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

LightningA sudden spark as charges jump between parts of a cloud, or cloud and ground.

Page 13: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

TornadoA rapidly whirling, funnel-shaped cloud that reaches down from a storm cloud to touch Earth’s surface.

Page 14: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

HurricaneA tropical cyclone that has winds of 119 km/h or higher (about 73 mph)

Page 15: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Storm SurgeA “dome” of water that sweeps across the coast where the hurricane lands.

Page 16: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

How Thunderstorms FormThunderstorms form in large cumulonimbus clouds, also known as thunderheads.

Page 17: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Thunderstorm DamageTrees can be uprooted, or areas can be flooded.

Page 18: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Thunderstorm DamageTrees can be uprooted, or areas can be flooded.

Page 19: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Thunderstorm Safety

Page 20: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

How Tornadoes FormDifferent wind speeds will create rotation of the cloud. It will tighten and can reach the ground.

Page 21: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Tornado Safety

Page 22: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

SnowstormsIf you are caught in a snowstorm, try to find shelter from the wind.

Page 23: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

How Hurricanes Form

Page 24: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Hurricane Movement

Page 25: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Key Questions

What are the main kinds of storms, and how do they form?

Page 26: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Key Questions

What are the main kinds of storms, and how do they form? Thunderstorms form in large cumulonimbus

clouds.

Page 27: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Key Questions

What are the main kinds of storms, and how do they form? Thunderstorms form in large cumulonimbus

clouds. Tornadoes develop in thick cumulonimbus

clouds.

Page 28: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Key Questions

What are the main kinds of storms, and how do they form? Thunderstorms form in large cumulonimbus

clouds. Tornadoes develop in thick cumulonimbus

clouds. Most precipitation begins in clouds as snow.

If the air is colder than 0 degrees Celsius all the way to the ground, the precipitation falls as snow.

Page 29: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Key Questions

What are the main kinds of storms, and how do they form? Thunderstorms form in large cumulonimbus

clouds. Tornadoes develop in thick cumulonimbus

clouds. Most precipitation begins in clouds as snow.

If the air is colder than 0 degrees Celsius all the way to the ground, the precipitation falls as snow.

A hurricane begins over warm ocean water as a low-pressure area.

Page 30: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Key Questions

What are the main kinds of storms, and how do they form? Thunderstorms form in large cumulonimbus

clouds. Tornadoes develop in thick cumulonimbus

clouds. Most precipitation begins in clouds as snow.

If the air is colder than 0 degrees Celsius all the way to the ground, the precipitation falls as snow.

A hurricane begins over warm ocean water as a low-pressure area.

What measures can you take to ensure safety in a storm?

Page 31: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Key Questions

What are the main kinds of storms, and how do they form? Thunderstorms form in large cumulonimbus clouds. Tornadoes develop in thick cumulonimbus clouds. Most precipitation begins in clouds as snow. If the

air is colder than 0 degrees Celsius all the way to the ground, the precipitation falls as snow.

A hurricane begins over warm ocean water as a low-pressure area.

What measures can you take to ensure safety in a storm? During thunderstorms, avoid places where lightning

may strike. Avoid objects that can conduct electricity.

Page 32: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Key Questions

What are the main kinds of storms, and how do they form? Thunderstorms form in large cumulonimbus clouds. Tornadoes develop in thick cumulonimbus clouds. Most precipitation begins in clouds as snow. If the

air is colder than 0 degrees Celsius all the way to the ground, the precipitation falls as snow.

A hurricane begins over warm ocean water as a low-pressure area.

What measures can you take to ensure safety in a storm? During thunderstorms, avoid places where lightning

may strike. Avoid objects that can conduct electricity.

During a tornado, stay in a storm shelter or a basement.

Page 33: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Key Questions

What are the main kinds of storms, and how do they form? Thunderstorms form in large cumulonimbus clouds. Tornadoes develop in thick cumulonimbus clouds. Most precipitation begins in clouds as snow. If the

air is colder than 0 degrees Celsius all the way to the ground, the precipitation falls as snow.

A hurricane begins over warm ocean water as a low-pressure area.

What measures can you take to ensure safety in a storm? During thunderstorms, avoid places where lightning

may strike. Avoid objects that can conduct electricity.

During a tornado, stay in a storm shelter or a basement.

During a snowstorm, try to find shelter from the wind.

Page 34: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Key Questions

What are the main kinds of storms, and how do they form? Thunderstorms form in large cumulonimbus clouds. Tornadoes develop in thick cumulonimbus clouds. Most precipitation begins in clouds as snow. If the

air is colder than 0 degrees Celsius all the way to the ground, the precipitation falls as snow.

A hurricane begins over warm ocean water as a low-pressure area.

What measures can you take to ensure safety in a storm? During thunderstorms, avoid places where lightning

may strike. Avoid objects that can conduct electricity.

During a tornado, stay in a storm shelter or a basement.

During a snowstorm, try to find shelter from the wind.

If you hear a hurricane warning, evacuate immediately.

Page 35: Warm Up – Can You Make a Tornado  Materials : penny, large plastic container with lid, liquid dish detergent, water  Observe the demonstration.  Record

Homework

Workbook Chapter 8, Section 4 pg 165 - 169