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Physics equations paper 1

Total questions: 12

Worksheet time: 6mins

Name
Class
Date
1.

What is the equation for workdone?

a)

Work done = force x energy transferred

b)

work done = force x distance x energy transferred

c)

Work done = force x distance

d)

Work done = force/distance

2.

What the equation for kinetic energy.

a)

kinetic energy = mass x 0.5 / speed³

b)

Kinetic energy = mass x 0.5 x (speed)³

c)

Kinetic energy = 0.5 x mass x (speed)²

d)

Kinetic energy = 0.5 x speed x (mass)²

3.

Equation that links: work done , time and power

a)

Workdone = power x time

b)

power = work done / time

c)

power = workdone x time

d)

power = work done x time³

4.

What equation links: power , energy transferred and time?

a)

power = energy transferred / time

b)

power = energy transferred x time

c)

power = time / energy transferred

5.

What is the equation for gravitational potential energy?

a)

gravitational potential energy = mass x gravity x height

b)

gravitational potential energy = mass x gravity x height ²

c)

gravitational potential energy= mass x 0.5 x gravity x height

6.

The equtation for efficency is?

a)

efficency = useful output / total input

b)

efficency = total input / useful output

c)

efficency = total input x useful output

7.

The equation for charge is?

a)

current = charge x time

b)

charge = current x time

c)

charge = current / time

d)

charge = time / currrent

8.

What is the equation for potential difference?

a)

PD = charge x resitance

b)

PD = current x resitance

c)

PD = current / resitance

d)

PD = resitance / current

9.

equation linking : power, PD and current

a)

Power = PD X current²

b)

Power = PD x current

c)

PD = power x current

d)

PD = (current)² x resitance

10.

What is equation linking: power , current and resitance

a)

Power = current / resitance

b)

Power = (current)² x resitance

c)

Power = current x resitance

d)

Power = (current)² / resitance

11.

What is the equation for energy transferred?

a)

ET = charge flow x PD²

b)

ET = charge flow x PD

c)

ET = PD / charge flow

d)

ET = charge flow² x PD

12.

What is the equation for density?

a)

density = mass x volume

b)

density = mass / volume

c)

density = volume / mass

d)

density = mass ³ / volume