# revision

Physics revision
Year 11
1 / 26
Slide 1: Tekstslide
PhysicsUpper Secondary (Key Stage 4)GCSE

In deze les zitten 26 slides, met interactieve quizzen en tekstslide.

Lesduur is: 50 min

## Onderdelen in deze les

Physics revision
Year 11

#### Slide 1 -Tekstslide

What is the SI unit for force?
A
Newton
B
Meter
C
Joule
D
Kilogram

#### Slide 2 -Quizvraag

Which of the following is an example of a scalar quantity?
A
Acceleration
B
Velocity
C
Force
D
Temperature

#### Slide 3 -Quizvraag

What is the formula to calculate density?
A
Density = Volume / Mass
B
Density = Mass x Volume
C
Density = Mass + Volume
D
Density = Mass / Volume

#### Slide 4 -Quizvraag

Which of the following is an example of a renewable energy source?
A
Nuclear power
B
Natural gas
C
Coal
D
Solar power

#### Slide 5 -Quizvraag

What is the relationship between current, voltage, and resistance in a circuit?
A
Current = Voltage x Resistance
B
Current = Voltage + Resistance
C
Current = Voltage / Resistance
D
Current = Voltage - Resistance

#### Slide 6 -Quizvraag

What is the most commonly used non-renewable energy source?
A
Wind
B
Oil
C
Solar
D
Hydro

#### Slide 7 -Quizvraag

Which non-renewable energy source produces the most carbon emissions?
A
Coal
B
Nuclear
C
Natural gas
D
Geothermal

#### Slide 8 -Quizvraag

Which non-renewable energy source is extracted through drilling deep into the Earth's crust?
A
Tidal
B
Biomass
C
Natural gas
D
Biofuel

#### Slide 9 -Quizvraag

Which non-renewable energy source is used to generate electricity in nuclear power plants?
A
Uranium
B
Oil
C
Coal
D
Geothermal

#### Slide 10 -Quizvraag

Which non-renewable energy source is commonly used for transportation?
A
Biomass
B
Hydropower
C
Solar
D
Petroleum

#### Slide 11 -Quizvraag

What is the energy store associated with the movement of objects?
A
Kinetic energy
B
Chemical potential energy
C
Elastic potential energy
D
Gravitational potential energy

#### Slide 12 -Quizvraag

Which energy store is associated with an object that is at height above the ground?
A
Kinetic energy
B
Elastic potential energy
C
Nuclear energy
D
Gravitational potential energy

#### Slide 13 -Quizvraag

What is the energy store associated with the compression or stretching of an object?
A
Thermal energy
B
Chemical potential energy
C
Elastic potential energy
D
Magnetic energy

#### Slide 14 -Quizvraag

Which energy store is associated with the energy released during a chemical reaction?
A
Electrical energy
B
Nuclear energy
C
Chemical potential energy
D
Gravitational potential energy

#### Slide 15 -Quizvraag

What is the energy store associated with the nucleus of an atom?
A
Sound energy
B
Nuclear energy
C
Kinetic energy
D
Thermal energy

#### Slide 16 -Quizvraag

What is the equation to calculate velocity?
A
v = W/t
B
v = d/t
C
v = m × a
D
v = f × λ

#### Slide 17 -Quizvraag

What is the equation to calculate force?
A
F = P × V
B
F = q × V
C
F = W/d
D
F = m × a

#### Slide 18 -Quizvraag

What is the equation to calculate work done?
A
W = F × d
B
W = m × g × h
C
W = P × t
D
W = q × V

#### Slide 19 -Quizvraag

What is the equation to calculate pressure?
A
P = F/A
B
P = q × V
C
P = V × I
D
P = m × g × h

#### Slide 20 -Quizvraag

What is the equation to calculate power?
A
P = q × V
B
P = F × d
C
P = W/t
D
P = m × a

#### Slide 21 -Quizvraag

What does the slope of a distance-time graph represent?
A
Speed or velocity
B
Distance
C
Time
D
Acceleration

#### Slide 22 -Quizvraag

What does a horizontal line in a distance-time graph indicate?
A
The object is accelerating
B
The object is moving backwards
C
The object is moving at a constant speed
D
The object is at rest

#### Slide 23 -Quizvraag

What does a steeper slope in a distance-time graph indicate?
A
Acceleration
B
Faster speed
C
Slower speed
D
No movement

#### Slide 24 -Quizvraag

What does a curved line in a distance-time graph indicate?
A
Changing speed or acceleration
B
No movement
C
Constant speed
D
Instantaneous speed

#### Slide 25 -Quizvraag

How can you calculate the speed from a distance-time graph?
A
B
Divide the change in distance by the change in time
C
Multiply the distance by the time
D
Subtract the distance from the time