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physics

Total questions: 22

Worksheet time: 11mins

Name
Class
Date
1.

which equation can be used to calculate mechanical advantage?

a)

M.A=Load/Effort

b)

M.A = Effort/Load

c)

M.A=

(Load/Effort) X 100%

d)

M.A=

(Effort/Load) X 100%

2.

The figure shows a displacement time graph. what is the graph showing?

a)

uniform acceleration

b)

uniform displacement

c)

uniform velocity

d)

constant displacement

3.

the figure shows a velocity time graph. what does the graph AB shows?

a)

constant velocity

b)

uniform velocity

c)

uniform acceleration

d)

uniform displacement

4.

the figure shows forces acting on a car. which force is a vertical force?

a)

thrust

b)

drag

c)

friction

d)

weight

5.

the figure shows magnet pointers in a magnet field. what are the poles X and Q?

a)

X is the south pole

b)

Q is the North pole

c)

X is the neutral point

d)

Q is the South pole

6.

the figure shows a block and tackle pulley system? what is the velocity ratio of the system

a)

1

b)

2

c)

3

d)

4

7.

the figure shows a graph of a jouney of a car. which section shows zero acceleration?

a)

A

b)

B

c)

C

d)

A and C

8.

The figure shows a motion graph of a car. which section shows uniform decelerations?

a)

A and B

b)

A

c)

B

d)

C

9.

The figure shows a motion graph of a car. which section shows uniform accelerations?

a)

A and B

b)

A

c)

B

d)

C

10.

The figure shows compasses placed in the magnet field lines of a magnet. which pointer is wrong?

a)

A

b)

B

c)

C

d)

D

11.

The figure shows a man pushing a wheel barrow up an inclined plane. what is the velocity ratio of the inclined plane?

a)

1

b)

2

c)

3

d)

4

12.

the figure shows a man pushing a drum over an inclined plane. what is the mechanical advantage of the inclined plane?

a)

2

b)

1.42

c)

0.7

d)

4.5

13.

the figure shows a man pushing a drum over an inclined plane. what is the velocity ratio of the inclined plane?

a)

1.5

b)

3

c)

2

d)

250

14.

the figure shows a simple machine that is used for manual work. what type of simple machine is shown?

a)

pulley

b)

inclined plane

c)

lever

d)

wheel and axle

15.

the figure shows a velocity-time graph for the motion of a school bus. how can the graph be used to find the distance covered by the bus?

a)

distance A

b)

distance under the graph

c)

length of A + B +C

d)

multiply total time by total velocity

16.

A magnet can be demagnetised when?

a)

It is thrown in a burning furnace

b)

When it is attracted by another

c)

When it is made of iron

d)

When it is made of steel

17.

The figure shows a man pushing a wheel barrow up an inclined plane. If the load is 900N and the effort is 450N what is the efficiency of the inclined plane?

a)

2

b)

0.5

c)

66.7%

d)

100%

18.

the graph shows a the motion of a school bus that started from rest to reach its top speed in 10seconds. what was the acceleration of the bus in the first 10 seconds?

a)

40m/s2

b)

4m/s2

c)

400m/s2

d)

0m/s2

19.

the graph shows a the motion of a school bus that started from rest to reach its top speed in 10seconds. how long did it take the bus to move from its top speed to come to rest?

a)

65 seconds

b)

40 seconds

c)

25 seconds

d)

105 seconds

20.

the graph shows a the motion of a school bus that started from rest to reach its top speed in 10seconds. for how long was the acceleration of the bus equal to zero in this journey?

a)

10 seconds

b)

30 seconds

c)

40 seconds

d)

50 seconds

21.

the graph shows a the motion of a school bus that started from rest to reach its top speed in 10seconds. calculate for the deceleration?

a)

2.5m/s2

b)

1.6m/s

c)

25m/s2

d)

1.6m/s2

22.

the graph shows a the motion of a school bus that started from rest to reach its top speed in 10seconds. what was the total distance covered by the bus?

a)

1900m

b)

400m

c)

1200m

d)

500m