# Physical Science Chapter 12 Forces: Question Preview (ID: 4113)

### Below is a preview of the questions contained within the game titled PHYSICAL SCIENCE CHAPTER 12 FORCES: Know Newtons 3 Laws Calculations For F= Ma W= M X 9.8 M/s2 F= G X M1 X M2 / D2 P = Mv .To play games using this data set, follow the directions below. Good luck and have fun. Enjoy! [print these questions]

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**Which statement illustrates Newton's first law?**

a) As a care comes to a stop, the passengers continue to move forward

b) A ball rolling across the floor eventually slows down

c) A stone will not move unless something pushes or pulls it.

d) all of the above

**Which object has the greatest inertia?**

a) volleyball

b) golf ball

c) bowling ball

d) pingpong ball

**if an equal force is applied to two objects of equal mass, the acceleration of the first object will be ______________ the acceleration of the second object.**

a) greater than

b) less than

c) the same as

d) the opposite of

**One Newton of force will give a mass of 1kg an acceleration of __________**

a) 9.8 m/s

b) 1 m/s

c) 9.8 m/s2

d) 1m/s2

**What force causes a skater sliding on the ice to gradually slow down?**

a) inertia

b) resistance

c) friction

d) acceleration

**a force of 240N causes an object to accelerate at 3.2 m/s2. What is the mass of the object? (F=ma)**

a) 768 kg

b) .013 kg

c) 240 kg

d) 75 kg

**a .25 kg steel ball experiences a net force of 1.15 N as it rolls down a ramp. What is the acceleration of the ball? (F=ma)**

a) 4.6 m/s2

b) 1.4 m/s2

c) 4.6 m/s

d) 1.4 m/s

**Which of the following will result in the greatest acceleration? (a = F/m)**

a) a large force acting on a large mass

b) a large force acting on a small mass

c) a small force acting on a large mass

d) a small force acting on a small mass

**a seat belt helps you when your car stops suddenly by providing a(n)**

a) unbalanced forward force

b) balanced backward force

c) unbalanced backward force

d) balanced forward force

**what unbalanced force is needed to give a 976 kg vehicle an acceleration**

a) 390 N

b) 390 lb

c) 244 N

d) 244 lb

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