Give the equation for calculating average acceleration.
Give the units for acceleration.
Describe the shape of a distance-time graph when an object is stationary.
Name the piece of equipment used to measure temperature.
Rearrange the weight equation to find mass.
Rearrange the following equation to find s: v^2 − u^2 = 2as
Explain how to calculate acceleration from a velocity-time graph.
Explain how to calculate distance travelled from a velocity-time graph.
Explain how to calculate acceleration from a velocity-time graph.
Explain how to calculate distance travelled from a velocity-time graph.
In the graph at right, when is the car moving forward?
The area under a velocity-time graph shows the…
The gradient of a velocity-time graph shows the…
At which point in the graph at right is the object travelling with the greatest velocity?
Describe the journey taken by a car if the velocity-time graph of its motion is shown in the graph.
Calculate acceleration in B
Calculate acceleration in C
Calculate acceleration in D
Calculate acceleration in A
Calculate acceleration in B
Calculate acceleration in C
Calculate acceleration in D
Calculate the distance travelled by the car in A
Calculate the distance travelled by the car in B
Calculate the distance travelled by the car in D
Calculate the distance travelled by the car in total
A flat line with a gradient of zero on a velocity time graph shows that the object is stationary.
A line with a positive gradient shows that the car is accelerating.
A line with a negative gradient shows that the car is accelerating.
The distance travelled can be calculated by looking at the y axis.
Velocity is a vector quantity.