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Chapter 2

Total questions: 30

Worksheet time: 15mins

Name
Class
Date
1.

what must you be able to answer to describe an object's motion ?

a)

who and what

b)

what and how

c)

when and where

d)

where and who

2.

An object can change position along the path of all of these EXCEPT ____.

a)

back-and-forth

b)

circle

c)

straight line

d)

dotted line

3.

A motion diagram is a series of images of a moving object that records it position after ___.

a)

1/30 s

b)

it comes to rest

c)

equal time intervals

d)

an acceleration

4.

Replacing an object in a motion diagram with a single point is called the particle model

a)

alternative model

b)

frame differential

c)

operational definition

d)

particle model

5.

The vector that represents the sum of two vectors is called the ___

a)

direction

b)

displacement

c)

resultant

d)

speed

6.

In a coordinate system the ___ is the point at which both variables have the value zero

a)

origin

b)

magnitude

c)

distance

d)

vector

7.

In this motion diagram the length of the arrow indicates how far the object is from the origin or its ____ from the origin

a)

magnitude

b)

position

c)

distance

d)

resultant

8.

In this image 7 cm represents the ____.

a)

resultant

b)

origin

c)

scalar

d)

interval

9.

Final position minus the inital positionis called ____.

a)

displacement

b)

distance

c)

magnitude

d)

time interval

10.

A common symbol for a time interval uses the Greek letter ___ to represent a change in quantity

a)

alpha

b)

beta

c)

delta

d)

gamma

11.

What is plotted on the horizontal axis of position-time graph?

a)

motion

b)

position

c)

speed

d)

time

12.

When did the runner described in the graph reach 15.0 m beyond the starting point?

a)

1.0s

b)

2.0s

c)

3.0s

d)

4.0s

13.

_____ is an objext's position at particular instant

a)

Final position

b)

instantaneous position

c)

New position

d)

Real Position

14.

Will the blue jogger catch up to the red jogger in the figure ? how can you tell?

a)

No, the lines representing the blue jogger and the red jogger get father apart as time increases

b)

No the blue jogger is not physically fit

c)

Yes the blue jogger is running faster than the red jogger

d)

Yes, they startedd at the same time so the blue jogger will eventually catch up to the red jogger

15.

The graph represents a hockey puck gliding across a frozen pond how far did the puck move between 0 s and 4 s

a)

20 m

b)

40 m

c)

60 m

d)

80 m

16.

____ is the change in position divided by the time during the change occurred.

a)

Average velocity

b)

Average Speed

c)

Instantaneous Velocity

d)

Instantaneous Speed

17.

What is the average velocity of the object represented in this graph?

a)

1 m/s

b)

2 m/s

c)

1.5 m/s

d)

2.5 m/s

18.

____ is how fast an object is moving

a)

Average time

b)

Average speed

c)

Edited Speed

d)

Final Speed

19.

You drive a car for 3.0 h at 97 km/h, then for another 3h at 72 km/h What is your average velocity

a)

85 m/s

b)

85 km/s

c)

-85 km/h

d)

85 km/h

20.

Based on this graph, what is the object's velocity at t =2s

a)

4 m/s

b)

0 m/s

c)

-5 m/s

d)

5 m/s

21.

A(n) ____ is a series of images of a moving object that records its position after equal time intervals

a)

frame

b)

operational defnition

c)

motion diagram

d)

association

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22.

The vector that represents he sum of two or more vectors is called the ________.

a)

displacement

b)

speed

c)

resultant

d)

direction

23.

In the particle model, the _____ of the object are (is) ignored.

a)

internal motions

b)

motion diagram

c)

position

d)

acceleration

24.

The length of the position vector on a motion diagram is proportional to the _____.

a)

distance of the object from the origin

b)

distance of the object from the vertical intercept

c)

average speed

d)

velocity

25.

A motion diagram is a series of images of a moving object that records it position after ________.

a)

1/30s

b)

equal time intervals

c)

it comes to rest

d)

an acceleration

26.

The _______ is the point at which all variables in a coordinate system have zero magnitude

a)

axis

b)

origin

c)

Intercept

d)

coordinate system

27.

Which of the following correctly descri bes the displacement of an object that moves from position

a)

d = df - di

b)

v = d/t

c)

df = di - df

d)

d = df + di

28.

Which of the following is not a scalar quantity

a)

314.7 g

b)

150 km southwest

c)

25*C

d)

2 hours 27 minutes

29.

To subtact two vectors _____.

a)

reverse the direction of the second vector and then add them

b)

use the equation R2 = A2 - B2

c)

use the same process as for adding them , then change the sign of the final value

d)

subtract 180 degree from B then use the law of Cosines

30.

Displacement is a change in _____.

a)

speed

b)

position

c)

distance

d)

velocity