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Mechanical Advantage & Simple Machines Quiz

Total questions: 31

Worksheet time: 1hrs 6mins

Name
Class
Date
1.

What does mechanical advantage (MA) measure?

a)

The ratio of input and output speeds

b)

The ratio of resistance force to effort force

c)

The ratio of mass to acceleration

d)

The amount of friction in a system

2.

If a system has an MA of 4:1, what does this mean?

a)

The effort force is 4 times less than the resistance force

b)

The resistance force is 4 times less than the effort force

c)

The effort and resistance forces are equal

d)

The machine is 100% efficient

3.

Work is defined as:

a)

Force × time

b)

Force × distance (parallel to force)

c)

Distance ÷ force

d)

Energy ÷ mass

4.

If MA > 1, what does this tell us?

a)

More effort force is required

b)

More resistance force is required

c)

Less effort force is required but over a greater distance

d)

The system is frictionless

5.

If MA < 1, what does this tell us?

a)

More effort force is required

b)

More resistance force is required

c)

Less effort force is required but over a greater distance

d)

The system is frictionless

6.

Which simple machine has an MA > 1?

a)

Lever

b)

Pulley

c)

Inclined plane

d)

Wedge

7.

Which simple machine has an MA < 1?

a)

Lever

b)

Pulley

c)

Inclined plane

d)

Wedge

8.

Which lever type always has MA > 1?

a)

First-class lever

b)

Second-class lever

c)

Third-class lever

d)

All lever types

9.

Which lever type always has MA < 1?

a)

First-class lever

b)

Second-class lever

c)

Third-class lever

d)

Compound lever

10.

If AMA = 2:1 and IMA = 2.44:1, what does this tell us?

a)

The machine is 100% efficient

b)

The machine is losing energy to friction

c)

AMA is always larger than IMA

d)

The system requires no effort force

11.

Efficiency of a machine is calculated as:

a)

AMA × IMA

b)

(AMA ÷ IMA) × 100%

c)

(IMA ÷ AMA) × 100%

d)

Force × distance

12.

What type of pulley has an IMA of 1?

a)

Fixed pulley

b)

Movable pulley

c)

Block and tackle

d)

Compound pulley

13.

A block and tackle with 4 strands has an IMA of:

a)

1

b)

2

c)

4

d)

8

14.

Which statement about pulleys is correct?

a)

A fixed pulley changes force magnitude but not direction

b)

A movable pulley changes direction but not magnitude

c)

A fixed pulley changes direction of force only

d)

Pulleys always make work easier

15.

When combining simple machines, how do their MAs combine?

a)

Add together

b)

Multiply together

c)

Divide one by the other

d)

They remain the same

16.

Which of the following is NOT a type of simple machine?

a)

a) Lever

b)

b) Pulley

c)

c) Inclined plane

d)

d) Transformer

17.

Which of the following is NOT a characteristic of an ideal machine?

a)

a) 100% efficiency

b)

b) Mechanical advantage of 1

c)

c) No friction

d)

d) Conserves energy

18.

How does the number of pulleys affect the mechanical advantage in a pulley system?

a)

a) More pulleys decrease mechanical advantage.

b)

b) More pulleys increase mechanical advantage.

c)

c) The number of pulleys does not affect mechanical advantage.

d)

d) More pulleys increase distance but not mechanical advantage.

19.

Which of the following is NOT a compound machine?

a)

a) Bicycle

b)

b) Wheelbarrow

c)

c) Screwdriver

d)

d) Scissors

20.

Which simple machine is best suited for splitting a log into firewood?

a)

a) Wedge

b)

b) Screw

c)

c) Wheel and axle

d)

d) Pulley

21.

Which simple machine is best described as a circular object rotating around a fixed point?

a)

a) Lever

b)

b) Wheel and axle

c)

c) Pulley

d)

d) Inclined plane

22.

How does the mechanical advantage change when using a single fixed pulley?

a)

a) It increases.

b)

b) It decreases.

c)

c) It remains the same.

d)

d) It depends on the load.

23.

Which of the following statements about mechanical advantage is true?

a)

a) Mechanical advantage is always greater than 1.

b)

b) Mechanical advantage is always less than 1.

c)

c) Mechanical advantage is a measure of efficiency.

d)

d) Mechanical advantage can be greater than, equal to, or less than 1.

24.

A machine has a mechanical advantage greater than 1. What does this indicate about the machine?

a)

a) It requires less effort to accomplish the same amount of work.

b)

b) It requires more effort to accomplish the same amount of work.

c)

c) It does not change the amount of effort needed.

d)

d) It cannot be determined from the given information.

25.

How does friction impact the mechanical advantage of a machine?

a)

a) Friction increases mechanical advantage.

b)

b) Friction decreases mechanical advantage.

c)

c) Friction has no effect on mechanical advantage.

d)

d) Friction only affects the efficiency of a machine, not its mechanical advantage.

26.

What is the purpose of a screw as a simple machine?

a)

a) To amplify force

b)

b) To change the direction of force

c)

c) To increase speed

d)

d) To convert rotational motion into linear motion

27.

What is the advantage of using a pulley system?

a)

a) It increases the input force needed to lift a load.

b)

b) It decreases the distance over which the force is applied.

c)

c) It changes the direction of the force needed to lift a load.

d)

d) It reduces the mechanical advantage of the system.

28-37.

Answer the questions below after watching the video

28.

What is a roller coaster an example of?

a)

A chemical reaction

b)

A living organism

c)

A simple machine

d)

A complex machine

29.

Which of the following is NOT a simple machine?

a)

Wheel

b)

Computer

c)

Lever

d)

Pulley

30.

What is the pivot point of a lever called?

a)

Load

b)

Balance

c)

Fulcrum

d)

Effort

31.

What simple machine is used in a catapult?

a)

Inclined plane

b)

Wheel

c)

Lever

d)

Pulley

32.

What do gears on a bicycle help with?

a)

Changing the color of the bike

b)

Making the bike heavier

c)

Reducing the effort needed to pedal

d)

Increasing the size of the wheels

33.

What is a ramp combined with a ladder called?

a)

A staircase

b)

A lever

c)

A pulley

d)

A wheel

34.

How does a screw relate to a ramp?

a)

A screw is a type of lever

b)

A screw is a ramp wrapped around a rod

c)

A screw is unrelated to a ramp

d)

A screw is a type of pulley

35.

What is the purpose of a prosthetic limb?

a)

To change someone's appearance

b)

To replace a missing limb

c)

To enhance natural abilities

d)

To make someone taller

36.

How is a prosthetic arm operated?

a)

By voice commands

b)

By solar power

c)

By pulling on straps attached to the back

d)

By using a remote control

37.

What simple machine is used to bend the elbow in a prosthetic arm?

a)

Wheel

b)

Lever

c)

Inclined plane

d)

Pulley

38.

Which of the following best describes the function of an inclined plane?

a)

It changes the direction of the applied force

b)

It decreases the distance over which a force is applied

c)

It increases the force needed to lift an object

d)

It allows a smaller force to move an object over a greater distance

39.

What happens to the mechanical advantage if friction in a machine increases?

a)

Mechanical advantage increases

b)

Mechanical advantage becomes negative

c)

Mechanical advantage decreases

d)

Mechanical advantage remains the same

40.

Which simple machine is used to hold objects together tightly?

a)

Pulley

b)

Wedge

c)

Screw

d)

Lever