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$100 $100 $100 $100 $100 $200 $300 $400 $500 $200 $300 $400 $500 $200 $300 $400 $500 $200 $300 $400 $500 $200 $300 $400 $500 Misc Piece of Pie Air Principle Fill in the Blanks Air Terms Applicatio ns of Air

Jeopardy(air aerodynamics)

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Page 1: Jeopardy(air aerodynamics)

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Misc Piece ofPie

Air PrincipleFill in the

Blanks

Air Terms

Applications of Air

Page 2: Jeopardy(air aerodynamics)

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Solution

Because this was in the can, it allowed the air

pressure outside of the can to be much greater than the inside, therefore the outside

air crushed the can.

Page 3: Jeopardy(air aerodynamics)

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Title

What is nothing or “a vacuum”?

Page 4: Jeopardy(air aerodynamics)

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Solution

This illustration proves that air takes up space because peoples faces

turned red and blue trying to make it work.

Page 5: Jeopardy(air aerodynamics)

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Title

What is blowing a balloon up inside of a bottle?

Page 6: Jeopardy(air aerodynamics)

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Solution

Outside air pressure works against gravity in this illustration (which

Sydney was very grateful for).

Page 7: Jeopardy(air aerodynamics)

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Title

What is a water in a cup being held up by a piece

of paper?

Page 8: Jeopardy(air aerodynamics)

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Solution

Increased air pressure in this illustration helps to spray water out of the

nozzle because it pushes down on this.

Page 9: Jeopardy(air aerodynamics)

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Title

What is the water in the spray bottle?

Page 10: Jeopardy(air aerodynamics)

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Solution

Bernoulli (learning that air is a fluid and moving air

creates a low air pressure system) helps to explain why this didn’t get out.

Page 11: Jeopardy(air aerodynamics)

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Title

What is a ping-pong ball in a funnel?

Page 12: Jeopardy(air aerodynamics)

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Page 13: Jeopardy(air aerodynamics)

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Solution

Without this in your body, you would be crushed under the

great pressure of the weight of the air in our atmosphere.

Page 14: Jeopardy(air aerodynamics)

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Title

What is air?

Page 15: Jeopardy(air aerodynamics)

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Solution

The particles of a gas have a lot of _______ _______, which makes

the particles move around in all directions.

Page 16: Jeopardy(air aerodynamics)

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Title

What is kinetic energy?

Page 17: Jeopardy(air aerodynamics)

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Solution

This Swiss mathematician explained how fluids, like

water and air, flow.

Page 18: Jeopardy(air aerodynamics)

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Title

Who is Daniel Bernoulli?

Page 19: Jeopardy(air aerodynamics)

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Solution

This special curvature of a wing is specially designed to provide air movement across the top of a wing to provide the aircraft with enough lift to fly.

Page 20: Jeopardy(air aerodynamics)

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Title

What is camber?

Page 21: Jeopardy(air aerodynamics)

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Solution

Air really exists, even though we can’t see it.

This is proved because we can see. . .

Page 22: Jeopardy(air aerodynamics)

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Title

What is “the effects of air”?

Page 23: Jeopardy(air aerodynamics)

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Solution

This gas takes up 78.09% of all atmospheric gases.

Page 24: Jeopardy(air aerodynamics)

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Title

What is Nitrogen?

Page 25: Jeopardy(air aerodynamics)

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Solution

This gas takes up 20.9% of all atmospheric gases.

Page 26: Jeopardy(air aerodynamics)

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What is Oxygen?

Page 27: Jeopardy(air aerodynamics)

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Solution

This gas takes up 0.93% of all atmospheric gases.

Page 28: Jeopardy(air aerodynamics)

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Title

What is Argon?

Page 29: Jeopardy(air aerodynamics)

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Solution

This gas takes up 0.08% of all atmospheric gases.

Page 30: Jeopardy(air aerodynamics)

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Title

What is all other gases?

Page 31: Jeopardy(air aerodynamics)

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Page 32: Jeopardy(air aerodynamics)

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Solution

All other gases take up 0.08% and is so small it is not even

visible on this chart. Name at least 2 of those other gases.

Page 33: Jeopardy(air aerodynamics)

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What is CO2, Neon, Helium, Krypton,

Hydrogen, or Xenon?

Page 34: Jeopardy(air aerodynamics)

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Solution

Air takes up _____and exerts _________.

Page 35: Jeopardy(air aerodynamics)

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Title

What is “space and pressure”?

Page 36: Jeopardy(air aerodynamics)

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Solution

Air is composed of different ______.

Page 37: Jeopardy(air aerodynamics)

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What is “gasses”?

Page 38: Jeopardy(air aerodynamics)

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Solution

__________reduces drag (the force that is opposite

of ______).

Page 39: Jeopardy(air aerodynamics)

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Title

What is “streamlined and thrust”?

Page 40: Jeopardy(air aerodynamics)

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Solution

Air is a _____and is capable of being ____________.

Page 41: Jeopardy(air aerodynamics)

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Title

What is “fluid and compressed”?

Page 42: Jeopardy(air aerodynamics)

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Solution

Air movement across a _______results in ____.

Page 43: Jeopardy(air aerodynamics)

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Title

What is “surface and lift”?

Page 44: Jeopardy(air aerodynamics)

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Solution

A mixture of gases located in the atmosphere.

Page 45: Jeopardy(air aerodynamics)

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Title

What is “air”?

Page 46: Jeopardy(air aerodynamics)

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Solution

The unique nature of air in motion. This unique

nature allows animals and airplanes to fly.

Page 47: Jeopardy(air aerodynamics)

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Title

What is “Aerodynamics”?

Page 48: Jeopardy(air aerodynamics)

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Solution

Designed or arranged to offer the least resistance

to fluid flow.

Page 49: Jeopardy(air aerodynamics)

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What is “streamlined”?

Page 50: Jeopardy(air aerodynamics)

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Solution

Reduced in volume by pressure. Pressed tightly

together.

Page 51: Jeopardy(air aerodynamics)

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Title

What is “compressed”?

Page 52: Jeopardy(air aerodynamics)

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Solution

The force opposite of thrust. If the front surface

area of a vehicle increases, this force also

increases.

Page 53: Jeopardy(air aerodynamics)

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Title

What is drag?