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Worksheets

Y9 Revision

Total questions: 21

Worksheet time: 21mins

Name
Class
Date
1.

What is the equation that links speed, distance & time?

a)

distance = speed/time

b)

speed = distance/time

c)

time = distance x speed

d)

speed x distance = time

2.

A blue car is travelling at 50km/h.

A red car overtakes the blue car at a speed of 70km/h.

What is the relative speed of the red car from a passenger in the blue car.

a)

20km/h

b)

50km/h

c)

70km/h

d)

120km/h

3.

The image shows a distance time graph.

Select the answer that describes A, B, C & D correctly.

a)

A: Accelerating

B: Constant Speed

C: Accelerating

D: Decelerating

b)

A: Constant Speed

B: Stationary

C: Constant Speed

D: Return Journey

c)

A: Constant Speed

B: Stationary

C: Constant Speed

D: Decelerating

d)

A: Accelerating

B: Stationary

C: Constant Speed

D: Return Journey

4.

Find the gradient of the graph in section A & section C.

In which section is the car travelling faster?

a)

A: 15

C: 60

C is travelling faster

b)

A: 60

C: 15

A is travelling faster

c)

A: 15

C: 60

A is travelling faster

d)

A:60

C:15

C is travelling faster

5.

How could you calculate the speed of the car from any section in this graph?

a)

Find the Colour of the section.

b)

Find the area underneath the line for each section.

c)

Find the gradient of the line in the section.

d)

Combine all lines to make a pretty shape and work out the area inside it.

6.

The image shows 3 identical triplets, all with the same mass and therefore weight.

The triple on the right of the seasaw has a weight of 500N and sits 2m away from the pivot in the centre.

How far away from the pivot point must the triplets on the left sit to balance the seasaw?

a)

0.5m

b)

4m

c)

2m

d)

1m

7.

What is the formula for Moments about a pivot point?

a)

Moment = Force X Perpendicular Distance

b)

Moment = Force/ Perpendicular distance

c)

Moment = Force

d)

Moment = Perpendicular distance/ Force

8.

A person is trying to undo a bolt. It is tight and difficult to turn.

What two options does the person have?

(select 2 answers)

a)

Increase Force

b)

Increase Perpendicular Distance

c)

Push the spanner instead of pulling.

d)

Decrease distance.

9.

When forces or moments on an object are balanced, the object is said to be...

a)

balanced.

b)

Fortified.

c)

Pikachu'd

d)

in equilibrium.

10.

The law of conservation of energy says that energy cannot be __________ or ___________.

a)

created /

destroyed

b)

transferred / moved

c)

applied /

concentrated

d)

transferred / deferred

11.

An object is pulled by a force of 10N, a distance of 2m. What is the work done on the object?

a)

5 J

b)

2.5 J

c)

4 J

d)

20 J

12.

The equation for work done is

Work done = _____ ___ _____

a)

Force X Distance

b)

Force / Distance

c)

Energy X Distance

d)

Distance2

13.

Work done is measured in...

a)

Joules (J)

b)

Newtons (N)

c)

Time (s)

d)

Distance (m)

14.

Which takes more energy (work done),

Lifting the box on the left 2m, or pulling the box on the right up the 4m ramp?

a)

Lifting box.

b)

Pulling box up ramp.

c)

They take the same amount.

d)

Not enough information to answer.

15.

The bolt requires a turning moment of 50Nm to unscrew.

The person can provide a maximum force of 100 N.

The spanner handle is 40cm long.

Can this person unscrew the bolt? Why?

(select 2 answers)

a)

No

b)

Yes

c)

The maximum force multiplied by the maximum distance is greater than 50Nm.

d)

The maximum force multiplied by the maximum distance is less than 50Nm.

16.

Which Pokemon is this?

a)

Pikachu

b)

Mewtwo

c)

Ivysaur

d)

Charmeleon

17.

How much wood could a woodchuck chuck, if a woodchuck could chuck wood?

a)

Irrelevant

b)

Come on!!!

c)

Just... No!

d)

14g per year.

18.

What are Forces X & Y?

a)

A

b)

B

c)

C

d)

D

19.

Read Image

a)

A

b)

B

c)

C

d)

D

20.
a)

A

b)

B

c)

C

d)

D

21.
a)

A

b)

B

c)

C

d)

D