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Weather and Storms Worksheet

Total questions: 94

Worksheet time: 47mins

Name
Class
Date
1.

What causes thunder?

a)

Collision between two thunderstorm clouds.

b)

A strong separation of electric charge that builds up between clouds and the ground.

c)

A sudden change in pressure due to a strong downdraft.

d)

The rapid expansion of super-heated air.

2.

What scale measures hurricane intensity?

a)

Enhanced Fujita Scale

b)

Richter Scale

c)

Mercalli Intensity Scale

d)

Saffir-Simpson Intensity Scale

3.

What is the deadliest hazard of a hurricane?

a)

High winds

b)

Heavy rainfall

c)

Storm surge

d)

Lightning strikes

4.

Which ocean did the Bhola cyclone strike?

a)

Pacific Ocean

b)

Indian Ocean

c)

Atlantic Ocean

d)

Southern Ocean

5.

What causes the rotating updraft in a supercell?

a)

Coriolis effect

b)

Magnetic fields

c)

Wind shear turning a horizontal vortex vertical

d)

Rapid cooling

6.

What happens to warm, moist air when it rises?

a)

It sinks and becomes denser

b)

It holds more moisture

c)

It evaporates into vapor

d)

It expands and cools, forming clouds

7.

What causes lightning?

a)

Magnetic fields

b)

Heat transfer from the Earth

c)

Electrostatic discharge in clouds

8.

What is the main energy source for hurricanes?

a)

Warm ocean water

b)

Jet stream winds

c)

Cold air masses

d)

Mountain updrafts

9.

What causes storm surges during hurricanes?

a)

Increased rainfall

b)

Lightning and thunder

c)

Hurricane winds pushing water onshore

d)

Sudden temperature changes

10.

Which is heavier?

a)

Moist air

b)

Dry air

c)

They weigh the same

d)

Air with equal temperature

11.

How many tornadoes occur in the U.S. each year on average?

a)

100

b)

500

c)

1,000

d)

5,000

12.

How does hail form?

a)

Water droplets instantly freeze

b)

Supercooled rain evaporates

c)

Raindrops collide midair

d)

Ice crystals cycle through updrafts above and below freezing levels

13.

What happens when a cold air mass collides with a warm, moist air mass?

a)

The cold air rises and cools

b)

Warm air is pushed upward, causing thunderstorms

c)

Air masses cancel each other out

d)

The air stabilizes

14.

When is the North Atlantic hurricane season?

a)

August to October

b)

May to July

c)

January to March

d)

November to December

15.

What distinguishes a supercell from other thunderstorms?

a)

Extra lightning

b)

A rotating updraft (mesocyclone)

c)

Heavy snowfall

d)

Low-pressure zones

16.

What direction does wind blow near a tornado?

a)

Toward the tornado at the surface, outward at 100 ft elevation

b)

Away from the tornado on all sides

c)

Circulates downward in spirals

d)

Parallel to the storm front

17.

What scale is used to rate tornado intensity?

a)

Richter Scale

b)

Saffir-Simpson Scale

c)

Enhanced Fujita Scale

d)

Mercalli Scale

18.

Can tornadoes contain multiple vortices?

a)

No, only one vortex exists

b)

Yes, multiple vortices rotate within the tornado

c)

Only during thunderstorms

d)

Only after merging with another tornado

19.

What is the biggest danger during a tornado?

a)

Lightning

b)

Drowning

c)

Flying debris

d)

Collapsing roads

20.

The total mass of the asteroid belt is how much of the Moon’s mass?

a)

2%

b)

5%

c)

10%

d)

4%

21.

What is the best shelter option during a tornado while in traffic?

a)

A) A low ditch away from the vehicle

b)

B) Inside a barn

c)

C) Under an overpass

d)

D) Stay in the car with windows down

22.

What is the difference between a hurricane and a typhoon?

a)

Typhoons occur in the Atlantic

b)

Hurricanes are weaker

c)

Hurricanes occur in the eastern Pacific/Atlantic; typhoons in the western Pacific

d)

There is no difference

23.

What is a tropical depression?

a)

Organized thunderstorms with wind speeds below 39 mph

b)

A system with no rotation

c)

Wind speeds of 74+ mph

d)

Eye formation begins

24.

What happens to hurricanes over land?

a)

They strengthen

b)

They lose energy and dissipate

c)

They freeze

d)

They turn into tornadoes

25.

Why can’t cyclones form at the equator?

a)

Lack of warm water

b)

No jet stream

c)

The Coriolis effect is absent

d)

Too much wind shear

26.

What conditions are found in the eye of a hurricane?

a)

High pressure and fast winds

b)

Low pressure and calm winds

c)

High clouds and cold air

d)

Lightning and turbulence

27.

How are hurricane wind speeds and pressures measured?

a)

Satellites only

b)

Radar scans

28.

What is a nor’easter?

a)

A desert heatwave

b)

A cold front from the west

c)

A rare hurricane

d)

A winter storm in the northeast U.S. from arctic and warm Gulf air

29.

What does a fire weather watch mean?

a)

Fire is burning nearby

b)

Immediate evacuation

c)

Conditions may allow fire in 12–72 hours

d)

Smoke is present

30.

What is the largest wildfire in U.S. history?

a)

Yellowstone Fire

b)

Great Fire of 1910

c)

Camp Fire

d)

Dixie Fire

31.

What’s the purpose of a fireline?

a)

Evacuation route

b)

Scraped land to prevent fire spread

c)

Aerial flight line

d)

Fuel injector line

32.

What is a crown fire?

a)

Fire that spreads through treetops

b)

A small brush fire

c)

A fire that burns under the ground

d)

Fire controlled by barriers

33.

What is a surface fire?

a)

Tree canopy fire

b)

High-altitude fire

c)

Ground-level fire that spreads quickly

d)

Fire inside buildings

34.

What percent of wildfires are caused by humans?

(a)  

35.

What factors influence wildfire behavior?

a)

Soil pH, latitude, fog

b)

Vegetation, topography, and weather

c)

Cloud type and ocean currents

d)

Air pressure and humidity only

36.

What’s the main role of a smokejumper?

a)

Radio monitoring

b)

Helicopter pilot

c)

Fight remote fires early

d)

Forest ranger

37.

What are fire shelters designed to do?

a)

Withstand direct flames

b)

Provide a sleeping area

c)

Reflect heat and trap breathable air

d)

Withstand explosions

38.

What are fire retardants colored red?

a)

Heat resistant chemicals

b)

Visibility for air crews

c)

Contains antifreeze

d)

Inhibits oxygen intake

39.

What was one major factor in the Granite Mountain Hotshots tragedy?

a)

No fire existed

b)

A snowstorm hit

c)

Sudden wind change and lack of GPS

d)

Lightning struck their shelter

40.

What is the composition of a comet?

a)

Gas, ice, and dust

b)

Molten metal

c)

Solid rock

d)

Carbon dioxide and lava

41.

Why do comets have tails?

a)

Collisions with planets

b)

Gravitational stretching

c)

Solar radiation vaporizes ice

d)

Magnetic pull

42.

What direction does a comet’s gas tail point?

a)

Toward the sun

b)

Random directions

c)

Toward Earth

d)

Away from the sun

43.

What causes meteor showers?

a)

Exploding stars

b)

Passing through comet debris

c)

Earth's core heating

d)

Magnetic activity

44.

What is regolith?

a)

Lava field

b)

Ice crust

c)

Dust from repeated impacts

d)

Plasma layer

45.

Why are asteroid belt collisions rare?

a)

Few objects exist

b)

It’s too cold

c)

The asteroids are very far apart

d)

Most are magnetic

46.

Where are most asteroids found?

a)

Near the Sun

b)

Between Mars and Jupiter

c)

On the Moon

d)

Near Earth

47.

Why are impact craters round?

a)

Erosion

b)

Equal shockwave distribution

c)

Lava melts shape

48.

What causes the Moon to have more visible craters than Earth?

a)

Less atmosphere and weathering

b)

Larger impacts

c)

It’s closer to asteroids

d)

Magnetic shielding

49.

What did the dinosaur extinction layer contain?

a)

Lava ash

b)

Frozen pollen

c)

Iridium, shocked quartz, soot

d)

Plant fossils

50.

What is a kinetic impactor?

a)

Space laser

b)

Spacecraft hitting an asteroid to change course

c)

Underwater explosion

d)

Nuclear detonation

51.

What are Milankovitch Cycles?

a)

Patterns in Earth’s orbit affecting sunlight

b)

Changes in solar flares

c)

Ocean tides

d)

Volcano rhythms

52.

What is unique about the current rise in global temperatures?

a)

Slow and steady over 800,000 years

b)

Caused by volcanoes

c)

Due to Earth’s orbit

d)

Faster than at any point in the last 800,000 years

53.

How has the amount of solar energy reaching Earth changed in the past 50 years?

a)

Increased significantly

b)

Decreased drastically

c)

Remained the same or decreased

d)

Doubled

54.

How do greenhouse gases warm the planet?

a)

They reflect visible light

b)

They absorb and re-emit infrared radiation

c)

They block ultraviolet rays

d)

They increase cloud cover

55.

What are good fire safety practices while camping?

a)

Camp under tree canopies

b)

Avoid dense logs and shrubs

c)

Build fires on dry grass

d)

Use plastic tents

56.

What percentage of Earth’s atmosphere is made up of greenhouse gases?

a)

20%

b)

1%

c)

0.05%

d)

15%

57.

What is the biggest source of greenhouse gas emissions?

a)

Oceans

b)

Volcanoes

c)

Forests

d)

Fossil fuel combustion

58.

What effect do aerosols have on global temperature?

a)

Increase it dramatically

b)

Trap heat

c)

Cool the planet by blocking sunlight

d)

Change the orbit

59.

What do ice cores tell us?

a)

Earth's core temperature

b)

Relationship between CO₂ and temperature

c)

Length of the dinosaur era

d)

Depth of ancient oceans

60.

What conclusion do atmospheric models make about the current temperature rise?

a)

Due to natural variability

b)

Caused by asteroid impacts

c)

Driven by human emissions

d)

Volcanoes are responsible

61.

What is the difference between global warming and climate change?

a)

No difference

b)

Climate change refers only to storms

c)

Global warming is a temperature rise; climate change includes broader effects

d)

Global warming is cooling

62.

How can climate change influence weather patterns?

a)

Pushes warm arctic air south, causing cold spells

b)

Makes them less variable

c)

Prevents rainfall

d)

Increases tectonic activity

63.

What are some effects already caused by climate change?

a)

Slower hurricanes

b)

Shorter droughts

c)

More storms, melting glaciers, severe droughts

d)

Longer winters only

64.

What percent of peer-reviewed studies support human-caused climate change?

a)

10%

b)

50%

c)

97%

d)

100%

65.

What is confirmation bias?

a)

Reviewing contradictory evidence

b)

Scientific consensus

c)

Validating data

d)

Believing only what confirms your current beliefs

66.

What areas of climate science still contain legitimate uncertainty?

a)

Whether CO₂ traps heat

b)

Whether warming is occurring

c)

How much Earth will warm, and how to respond

d)

If greenhouse gases exist

67.

What is a fire weather warning?

a)

Fire danger is present now or will occur soon

b)

Fire danger is likely in 72 hours

68.

Which one of the following sentences is TRUE

a)

Warm fronts give rise to strong thunderstorms because they rapidly push cold air high into the atmosphere, forming cumulonimbus clouds

b)

Cold fronts give rise to strong thunderstorms because they rapidly push moist air high into the atmosphere, forming cumulonimbus clouds.

c)

Warm fronts, moving towards a cold air mass, give rise to severe thunderstorm clouds as warm air rapidly gains altitude.

d)

Cold air mass, moving towards a warm air mass, gives rise to scattered clouds as cold air gradually gains altitude.

69.

What are good fire safety practices at home?

a)

Use fire-resistant materials and maintain space

b)

Store firewood next to house

c)

Plant dense shrubs

d)

Have many tall trees

70.

What would Earth’s average temperature be without greenhouse gases?

a)

0ºF

b)

32ºF

c)

50ºF

d)

70ºF

71.

What’s a backburn?

a)

Wind defense

b)

Water line

c)

A shelter system

d)

Fire set ahead of wildfire to remove fuel

72.

What is the advantage of a helitanker over an air tanker?

a)

Larger tank

b)

Higher altitude

c)

Can refill quickly in small lakes and has precision

d)

Longer range

73.

Why are comets called “dirty ice balls”?

a)

Made of sand

b)

Mixture of rock and ice

c)

Made of molten rock

74.

Why are lunar crater basins smooth and black?

a)

Frozen water

b)

Covered in metal

c)

Filled with lava called “mare”

d)

Polished by wind

75.

How big is a crater compared to the object that made it?

a)

Equal in size

b)

Smaller

c)

Twice as deep

d)

15–30 times larger

76.

How do we know the Oort Cloud is spherical?

a)

It’s visible from telescopes

b)

Comets arrive from all directions

c)

Sunlight reflects it

d)

It’s close to Mars

77.

Can a hurricane change into a typhoon?

a)

No

b)

Only near the equator

c)

Yes, if it travels into the typhoon region

d)

Only during La Niña

78.

What are the wind and pressure conditions in the eyewall of a hurricane?

a)

High pressure and low winds

b)

Low pressure and low winds

c)

High pressure and high winds

d)

Low pressure and high winds

79.

What is the main cause of a nor’easter?

a)

Warm water from the Gulf colliding with Arctic air

b)

Cold front over the Pacific

c)

Tornado meeting a cyclone

d)

Low-pressure troughs in summer

80.

What were the major components of the 1991 Perfect Storm?

a)

Tropical storm, Arctic blast, tornado

b)

Hurricane Grace, cold front, and nor’easter

c)

Tornado, hurricane, and blizzard

d)

Typhoon, cold front, and tornado

81.

Which of the following is NOT a good hurricane safety practice?

a)

Evacuate if you live in a storm surge zone

b)

Bring outside furniture indoors

c)

Secure valuables in waterproof containers

d)

Shelter in place in a mobile home

82.

What makes the Midwest highly productive for tornadoes?

a)

High elevation and low rainfall

b)

Convergence of warm moist air, cold dry air, and jet stream wind shear

c)

Monsoon rains from the east

d)

Volcanic heat updrafts

83.

When is prime tornado season in the U.S.?

a)

Winter, early morning

b)

Fall, late morning

c)

Spring and summer, late afternoon/evening

d)

Summer only, midnight

84.

How does the Enhanced Fujita Scale classify tornadoes?

a)

Based on temperature drops

b)

Based on funnel width

c)

Based on lightning frequency

d)

Based on damage estimates used to infer wind speed

85.

Why can't fixed Doppler radar measure tornado wind speeds well?

a)

It uses optical lasers

b)

It’s affected by rain scatter

c)

It only measures several km above the ground

d)

It cannot detect rotation

86.

What are the three stages of a wildfire?

a)

Preignition, combustion, extinction

b)

Combustion, rotation, extinction

c)

Combustion, ignition, decay

d)

Photosynthesis, ignition, collapse

87.

What is the difference between U.S. Forest Service fire policy past and present?

a)

They always let fires burn

b)

Previously aggressive suppression, now strategic management

c)

No change in policy

d)

Now only suppress fires in national parks

88.

What is one ecological benefit of forest fires?

a)

Spreads disease

b)

Allows certain seeds to germinate

c)

Destroys all insects

d)

Makes land uninhabitable

89.

What is the most common way fire spreads in suburban areas?

a)

Direct flames

b)

Underground roots

c)

Burning embers (firebrands)

d)

Wind tunneling

90.

What do greenhouse gases do with visible and infrared light?

a)

Block both

b)

Reflect both

c)

Let both pass through

d)

Let visible through, trap infrared

91.

What is the significance of Milankovitch Cycles?

a)

Explain volcanic activity

b)

Describe tectonic movement

c)

Explain long-term natural climate variability

d)

Show global warming is a myth

92.

What is the difference between meteoroids, meteors, and meteorites?

a)

A) Meteoroids are in space, meteors burn in the atmosphere, meteorites hit Earth

b)

B) They’re all synonyms

c)

C) Meteors are always frozen

d)

D) Meteorites only form on the Moon

93.

Why is Halley’s Comet the most famous?

a)

It is red

b)

It is visible once per lifetime, 75 years

c)

It hits Earth every 10 years

d)

It’s the only comet with multiple tails

94.

Which of these is a potential method to deflect a space object from Earth?

a)

Carbon netting

b)

Satellite shielding

c)

Kinetic impact or nuclear detonation

d)

Space rope tethers