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Paper Airplane Design Principles Quiz

Total questions: 25

Worksheet time: 14mins

Name
Class
Date
1.

What is the primary source of thrust for a paper airplane?

a)

Gravity

b)

Wind

c)

Initial throw

d)

Turbines

2.

Which of the following is NOT a force acting on a paper airplane?

a)

Thrust

b)

Lift

c)

Drag

d)

Magnetism

3.

What is the main purpose of having strong leading edges on paper airplane wings?

a)

To reduce lift

b)

To increase weight

c)

To improve aesthetics

d)

To withstand hard throws

4.

What is the effect of having wider wings on a paper airplane?

a)

Decreases lift

b)

Decreases drag

c)

Increases flight time

d)

Increases thrust

5.

What is the role of the fuselage in a paper airplane?

a)

Acts as a vertical stabilizer

b)

Increases lift

c)

Reduces drag

d)

Provides thrust

6.

What is the dihedral angle used for in paper airplane design?

a)

To enhance aesthetics

b)

To reduce weight

c)

To improve directional stability

d)

To increase lift

7.

What should be minimized to improve a paper airplane's performance?

a)

Lift

b)

Thrust

c)

Weight

d)

Drag

8.

What is a common material used in constructing origami planes?

a)

Plastic

b)

Wood

c)

Metal

d)

Paper

9.

What is the main goal when designing a paper airplane for long-distance flight?

a)

Maximize weight

b)

Minimize stability

c)

Maximize thrust

d)

Minimize lift

10.

What is the effect of having a small fuselage on a paper airplane?

a)

Improves straight path flight

b)

Reduces flight time

c)

Reduces straight path flight

d)

Increases drag

11.

What is the primary consideration when designing a plane to fly for a long time?

a)

Short wings

b)

Heavy weight

c)

Wide wings

d)

Narrow wings

12.

What is the main disadvantage of having forward-facing pockets on a paper airplane?

a)

Decreases weight

b)

Increases drag

c)

Increases lift

d)

Decreases thrust

13.

What is the main benefit of folding planes with layers that obey the direction of airflow?

a)

Reduces weight

b)

Enhances performance

c)

Improves aesthetics

d)

Increases drag

14.

What is the main challenge when designing a paper airplane with large wings?

a)

Maintaining structural integrity

b)

Reducing lift

c)

Increasing weight

d)

Decreasing thrust

15.

What is the effect of angling wings downward on a paper airplane?

a)

Increases stability

b)

Increases lift

c)

Decreases drag

d)

Decreases both lift and stability

16.

What is the main reason for using a single sheet of paper in origami plane design?

a)

To increase complexity

b)

To improve performance

c)

To follow traditional origami rules

d)

To reduce cost

17.

What is the main goal of maximizing lift in paper airplane design?

a)

To increase weight

b)

To reduce drag

c)

To improve aesthetics

d)

To enhance flight time

18.

What is the main purpose of experimenting with different wing sizes and angles?

a)

To find the best balance for performance

b)

To improve aesthetics

c)

To increase weight

d)

To reduce complexity

19.

What is the main reason for folding strong wings with many layers on their leading edges?

a)

To reduce weight

b)

To improve aesthetics

c)

To withstand high launch velocity

d)

To increase drag

20.

What is the main challenge of having a small fuselage in a paper airplane?

a)

Decreases lift

b)

Increases drag

c)

Reduces straight path flight

d)

Increases weight

21.

What is the main benefit of having a high concentration of layers on the front edge of wings?

a)

Reduces lift

b)

Maintains forward momentum

c)

Improves aesthetics

d)

Increases weight

22.

What is the main reason for minimizing drag in paper airplane design?

a)

To reduce complexity

b)

To enhance performance

c)

To improve aesthetics

d)

To increase weight

23.

What is the main goal of designing a paper airplane with narrow wings?

a)

To fly far

b)

To reduce complexity

c)

To improve aesthetics

d)

To increase weight

24.

​ (a)   : the force that acts in the opposite direction of the plane and slows the plane down. ​ (b)   : the upward force that allows an airplane to stay in the air. ​ (c)   : the forward force that propels the plane forward. ​ (d)   the downward force of gravity that pulls the plane toward the ground.

Choose from the below words

gravity

Drag
Lift
Thrust
Weight:
25.

Match the following:

a)

Force

1.

A push or pull on an object.

b)

Lift

2.

An upward force created by the flow of air over the wing.

c)

Drag

3.

The force of air resistance on a plane. It opposes thrust.

d)

Thrust

4.

The force that pushes a plane forwards. Created by the engine/propeller.

e)

Weight

5.

The downward force on the plane caused by gravity.