Force and Work Quiz

Last updated 12 months ago

23 questions

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9

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0.5

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Library

Force and Work Quiz

Last updated 12 months ago

23 questions

1

Required

7

Draggable item		Corresponding Item

Required

9

Draggable item		Corresponding Item

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1

Required

1

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1

Required

1

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1

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1

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1

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1

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0.5

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1

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1

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1

It took Miguel 845 Joules to push a chair 65 meters across the floor to the left side of the room. 

This means the chair was pushed with __________ __________ of force __________

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1

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1

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1

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1

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1

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1

210 joules of work were needed and a force of 30 Newton's was applied in order to lift a paint can, by rope, to a roof. How many meters was the paint can lifted? 

The paint can was lifted  __________  meters __________

Net Force is a scalar quantity

True

False

Match the following terms and definitions

Draggable item		Corresponding Item
a push or pull applied to an object		A. Work
The category of force in which the 2+ interacting objects are not physically touching yet a push or pull force is able to be exerted from one to the other.		B. Force
When the force acting on an object results in the object's movement in the direction of the applied force		C. Net Force
The sum of the total forces acting on an object		D. Joule
Unit for measuring work		E. Newton
Unit for measuring force		F. Contact Force
The category of force in which the object that is applying the force is physically touching the object receiving the force (or physically touching something connected to the object that is receiving the force.)		G. Action at a distance Force

Match the picture to the MAIN type of force it is illustrating

Draggable item		Corresponding Item
The force that causes the nails to stick to the magnet is _________		Spring Force
The force that slows objects that come into contact with the atmosphere or wind		Tension Force
Sledding or sliding into first are examples of ______		Applied Force
The bucket is being moved by ____		Normal Force
The force that pulls us to the earth and causes a ball to fall to the ground when it's thrown is _____		Frictional Force
The baby, sitting inside the car seat (resting/not moving) and the book, sitting on the table are both examples of ______		Electromagnetic Force
The man moves up and down because of the ___________ in the pogo stick		Air Resistance (or drag)
The force that holds an atom together is		Gravitational Force
The man is exerting ______ on the lawnmower		Magnetic Force

Only unbalanced forces can create work

True

False

If an object moves, work is done. It doesn't matter which direction the object moves in or how far the object travels.

True

False

Lifting an item is work but carrying it is not

True

False

Select ALL 4 of the forces that are at work in this picture

It took Miguel 845 Joules to push a chair 65 meters across the floor to the left side of the room. 

This means the chair was pushed with __________ __________ of force __________

Select the main 3 forces that are at work when Miguel is pushing the chair across the room.

Required

1

Use the Work triangle to calculate the missing value for person A

Just write the final answer with the units, no space

Required

1

Use the Work triangle to calculate the missing value for person B

Just write the final answer with the units, no space

Required

1

Use the Work triangle to calculate the missing value for person C

Just write the final answer with the units, no space

Required

1

Use the Work triangle to calculate the missing value for person D

Just write the final answer with the units, no space

Calculate The Total Net Force

20 N ➡️

20 N ⬅️

70 N ➡️

70 N ⬅️

210 joules of work were needed and a force of 30 Newton's was applied in order to lift a paint can, by rope, to a roof. How many meters was the paint can lifted? 

The paint can was lifted  __________  meters __________

Net Force is a scalar quantity

True

False

Match the following terms and definitions

a push or pull applied to an object 

A. Work

The category of force in which the 2+ interacting objects are not physically touching yet a push or pull force is able to be exerted from one to the other. 

B. Force

When the force acting on an object results in the object's movement in the direction of the applied force

C. Net Force

The sum of the total forces acting on an object

D. Joule

Unit for measuring work

E. Newton

Unit for measuring force

F. Contact Force

The category of force in which the object that is applying the force is physically touching the object receiving the force (or physically touching something connected to the object that is receiving the force.)

G. Action at a distance Force

Match the picture to the MAIN type of force it is illustrating

The force that causes the nails to stick to the magnet is _________

Spring Force

The force that slows objects that come into contact with the atmosphere or wind 

Tension Force

Sledding or sliding into first are examples of ______

Applied Force

The bucket is being moved by ____

Normal Force

The force that pulls us to the earth and causes a ball to fall to the ground when it's thrown is _____

Frictional Force

The baby, sitting inside the car seat (resting/not moving) and the book, sitting on the table are both examples of  ______

Electromagnetic Force

The man moves up and down because of the ___________ in the pogo stick

Air Resistance (or drag)

The force that holds an atom together is 

Gravitational Force

The man is exerting ______ on the lawnmower

Magnetic Force

Use the picture on the left to answer the next 3 questions. 

Disclaimer: The arrows are not to scale

This picture is an example of __________ force

Calculate the (total) Net Force.

Calculate the amount of "WORK" the soccer ball accomplished in the picture above.

Hint: Use the answer for Total Net Force (from question 5, above) in your equation.

The dog is moving at a force of 30N and the boy is pulling back on the leash with a force of 21N

The boy being pulled by his dog is an example of a __________ force.

What is the MAIN type of force demonstrated by this picture?

Calculate is the (total) net force?

Calculate the total work being done in this picture

Only unbalanced forces can create work

True

False

If an object moves, work is done. It doesn't matter which direction the object moves in or how far the object travels.

True

False

Lifting an item is work but carrying it is not

True

False

Based on the forces illustrated in the free body diagram, what motion will occur?

Select ALL 4 of the forces that are at work in this picture

Electrical Force

Gravitational Force

Tension Force

Normal Force

Air Resistance

Spring Force

Magnetic Force

Applied Force

Select the main 3 forces that are at work when Miguel is pushing the chair across the room. 

Air Resistance (Drag) Force

Applied Mechanical Force

Gravitational Force

Applied Muscular Force

Magnetic Force

Friction Force

Tension Force

Spring Force

Electrical Force

Use the Work triangle to calculate the missing value for person A

Just write the final answer with the units, no space

Use the Work triangle to calculate the missing value for person B

Just write the final answer with the units, no space

Use the Work triangle to calculate the missing value for person C

Just write the final answer with the units, no space

Use the Work triangle to calculate the missing value for person D

Just write the final answer with the units, no space

Calculate The Total Net Force

20 N ➡️

20 N ⬅️

70 N ➡️

70 N ⬅️

Calculate the (total) Net Force.

2 N ⬇

2 J

180 J

2 N ⬆

60 N ⬆

180 N ⬇

60 N ⬇

180 N ⬆

60 J

Calculate the amount of "WORK" the soccer ball accomplished in the picture above.

Hint: Use the answer for Total Net Force (from question 5, above) in your equation.

20 J

180 J

540 N ⬆

60 N⬇

540 J

180 N ⬆

60 J

20 N⬇

20 N ⬆

What is the MAIN type of force demonstrated by this picture?

Gravitational Force

Air Resistance

Frictional Force

Applied Mechanical Force

Bouyant Force

Spring Force

Tension Force

Normal Force

Calculate is the (total) net force?

9 J

51 N ➡️

9 N ⬅️

51 N ⬅️

51 J 

9 N  ➡️

Calculate the total work being done in this picture

2.8 J

2.8 N ⬅️

157.5 J

67.5 N ➡️

1.2 N ⬅️

1.2 J

157.5 N ➡️

67.5 J

Based on the forces illustrated in the free body diagram, what motion will occur?

The box will move to the left

The box will not move

The box will move down

The box will move up

The box will move to the right

The box will be ripped into pieces

Force and Work Quiz

Force and Work Quiz

Net Force is a scalar quantity

Match the following terms and definitions

Match the picture to the MAIN type of force it is illustrating

Only unbalanced forces can create work

If an object moves, work is done. It doesn't matter which direction the object moves in or how far the object travels.

Lifting an item is work but carrying it is not

Select ALL 4 of the forces that are at work in this picture

Select the main 3 forces that are at work when Miguel is pushing the chair across the room.

Use the Work triangle to calculate the missing value for person AJust write the final answer with the units, no space

Use the Work triangle to calculate the missing value for person BJust write the final answer with the units, no space

Use the Work triangle to calculate the missing value for person CJust write the final answer with the units, no space

Use the Work triangle to calculate the missing value for person DJust write the final answer with the units, no space

Calculate The Total Net Force

Calculate the (total) Net Force.

Calculate the amount of "WORK" the soccer ball accomplished in the picture above.Hint: Use the answer for Total Net Force (from question 5, above) in your equation.

What is the MAIN type of force demonstrated by this picture?

Calculate is the (total) net force?

Calculate the total work being done in this picture

Based on the forces illustrated in the free body diagram, what motion will occur?

Use the Work triangle to calculate the missing value for person AJust write the final answer with the units, no space

Use the Work triangle to calculate the missing value for person BJust write the final answer with the units, no space

Use the Work triangle to calculate the missing value for person CJust write the final answer with the units, no space

Use the Work triangle to calculate the missing value for person DJust write the final answer with the units, no space

Use the Work triangle to calculate the missing value for person A

Just write the final answer with the units, no space

Use the Work triangle to calculate the missing value for person B

Just write the final answer with the units, no space

Use the Work triangle to calculate the missing value for person C

Just write the final answer with the units, no space

Use the Work triangle to calculate the missing value for person D

Just write the final answer with the units, no space

Calculate the amount of "WORK" the soccer ball accomplished in the picture above.

Hint: Use the answer for Total Net Force (from question 5, above) in your equation.

Use the Work triangle to calculate the missing value for person A

Just write the final answer with the units, no space

Use the Work triangle to calculate the missing value for person B

Just write the final answer with the units, no space

Use the Work triangle to calculate the missing value for person C

Just write the final answer with the units, no space

Use the Work triangle to calculate the missing value for person D

Just write the final answer with the units, no space