Disaster Safety
Biomes
Climate Zones
Air & Weather
Maps, Sunlight, & Data
100

What natural disaster produces strong winds, heavy rain, and can cause flooding?

A hurricane.

100

Which biome receives very little precipitation and may experience extremely hot days and cold nights?

Desert

100

What are the three main climate zones on Earth?

Tropical, temperate, and polar.

100

What is the force of air pushing down on Earth's surface called?

Atmospheric pressure (air pressure).

100

What imaginary line divides Earth into the Northern and Southern Hemispheres?

The equator.

200

Why is it important for families to make an emergency preparedness plan before a natural disaster?

Natural disasters may happen with little warning.

200

Which two biomes generally receive the least amount of precipitation each year?

Tundra and desert.

200

Which climate zone is located closest to the equator?

Tropical zone.

200

What is most likely to happen when a meteorologist reports that air pressure is dropping?

The weather will change.

200

Which location generally receives more direct sunlight: one near the equator or one near the North Pole?

Near the equator.

300

During a hurricane, should you take shelter in a room with many windows or an interior room without windows?

An interior room without windows.

300

Which biome has large grasslands, mostly dry conditions, lots of sunlight, and low humidity?

Savanna.


300

Which climate zone is found near the North and South Poles and experiences the coldest temperatures?

Polar zone.

300

As altitude increases, does atmospheric pressure increase or decrease?

Decrease

300

City A is located at 40°N latitude, and City B is located at 30°N latitude. Which city is most likely warmer, and why?

City B because it is at a lower latitude and generally receives more direct energy from the Sun.

400

Name three important supplies families should keep in an emergency preparedness kit.

Water, nonperishable food, and a flashlight. (Also accept batteries, first-aid supplies, or medications.)

400

Which biome has rich, fertile soil, hot summers, and cold winters?

Grassland

400

Which climate zone is located between tropical and polar regions and generally experiences moderate temperatures?

Temperate zone.

400

Why do airplanes need pressurized cabins when flying at high altitudes?

Atmospheric pressure decreases as altitude increases, so cabins must be pressurized to maintain safe air pressure for passengers.

400

A scientist travels from a tropical rainforest near the equator to a tundra near the North Pole. Describe THREE changes the scientist is likely to observe involving temperature, sunlight, and precipitation.

  1. Temperature: It becomes colder closer to the North Pole.

  2. Sunlight: The Sun's rays become less direct as latitude increases.

  3. Precipitation: The tundra generally receives much less precipitation than the tropical rainforest.


500

During an active Atlantic hurricane season, what ocean temperature condition may be occurring in the Pacific Ocean, according to the relationship studied?

Colder-than-normal water temperatures.

500

A tundra receives less than 25 cm of precipitation yearly and experiences very cold temperatures. A desert also receives less than 25 cm yearly but can have extremely hot days. What is one similarity and one difference between these biomes?

Both receive very little precipitation. The tundra is very cold, while a desert can have very hot days and cold nights.

500

Imagine traveling from the North Pole to the equator and then to the South Pole. Name the five climate-zone regions you would pass through in order.

Polar → Temperate → Tropical → Temperate → Polar.

500

If you created a graph showing atmospheric pressure as distance above Earth's surface increases, what would the graph look like?

A downward-sloping curve because atmospheric pressure decreases as altitude increases.

500

Explain how latitude affects temperature and why tropical regions are generally warmer than polar regions.

Tropical regions at low latitudes receive more direct sunlight, concentrating more solar energy. Polar regions at high latitudes receive sunlight at a lower angle, spreading the energy over a larger area and resulting in colder temperatures.

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