Newton's 3 Laws of Motion

• Science
• 10th Grade

Newton's 3 Laws of Motion

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What will stop an object in motion or move an object at rest?

1. Friction
2. Mass
3. Acceleration
4. Force

Newton's 1st Law of Motion is also known as

1. Law of Force
2. Law of Gravity
3. Law of Inertia
4. Law of Friction

According to Newton's 1st Law,

1. once a ball is kicked it would stop with no interaction of another force.
2. once a ball is kicked it would continue to roll in a straight line forever IF no force interacts with it.
3. once a ball is kicked it would continue to roll in a straight line forever IF the force of gravity interacts with it.
4. once a ball is kicked it would continue to roll in a straight line forever IF the force of friction interacts with it.

The tendency for an object to stay at rest OR stay in motion is known as

1. inertia
2. gravity
3. force
4. friction

Two types of forces are

1. inertia and mass
2. gravity and inertia
3. friction and inertia
4. friction and gravity

When all forces are equal on an object,

1. it will move at a faster pace.
2. it will move slower.
3. it will not move.
4. it will increase in speed.

The opposing (opposite) force that slows down the motion of an object is known as

1. inertia
2. acceleration
3. friction
4. gravity

A type of force that pulls objects down to the surface of earth.

1. friction
2. weight
3. acceleration
4. gravity

Balanced Force

Unbalanced Force

causes no change in motion 

causes a change in motion 

unequal forces on an object

 equal forces on an object

Notes & Practice Sheet

     Read over the front page. 

        Complete the practice on 

             the back of the first page. 

      Have one partner bring 

     the paper to be checked. 

Make corrections and bring back to me. 

1.

2.

3.

Results in LESS Acceleration 

Results in MORE Acceleration 

In your notebook, answer the question

 then bring to me to check: 

 

Describe the relationship between :

a. inertia and mass

b. force of friction and acceleration

c. force of gravity and mass 

What is mass?

1. the same as the weight of an object
2. The amount of matter in an object
3. the amount of pounds an object weighs
4. The amount of force exerted on an object

The acceleration of an object
depends on

1. the force applied and the mass of the object
2. only the mass of the object
3. Only the force applied on the object
4. The force applied and the change in direction of object

The amount of force exerted on an object effects the object's

1. mass
2. weight
3. thermal energy
4. speed

The weight of an object depends on

1. the mass of the object
2. the acceleration of the object
3. the amount of speed of the object
4. the size of the object

Notes & Practice Sheet

      Complete the word 

        problems on the 

           front of the

           second  page.  

 

      Have one partner bring 

     the paper to be checked. 

Make corrections and bring back to me. 

1.

2.

3.

If less force is applied to an object the acceleration will

1. decrease
2. increase
3. stay the same

If the mass of an object decreases the acceleration will

1. decrease
2. increase
3. stay the same

If MORE force is applied to an object the acceleration will

1. decrease
2. increase
3. stay the same

According to Newton's 2nd Law, the the amount of force and the acceleration of an object are

1. inversely proportional
2. directly proportional
3. have nothing to do with each other
4. dependent on the direction of an object.

According to Newton's 2nd Law, the the amount of mass of an object and its acceleration are

1. inversely proportional
2. directly proportional
3. have nothing to do with each other
4. dependent on the direction of an object.

Notes & Practice Sheet

      Complete the word 

        problems on the 

           last page.  

 

      Have one partner bring 

     the paper to be checked. 

Make corrections and bring back to me. 

1.

2.

3.