6.5.4.1.4 AQA Distance-Time Graphs

What can be used to represent the distance traveled by an object moving along a straight line?

• A distance–time graph

• A speedometer

• A bar chart

• A pie chart

How can the speed of an object be calculated from a distance–time graph?

• By measuring the area under the graph

• By calculating the gradient of the graph

• By counting the number of data points

• By finding the maximum height of the graph

What does the gradient of a distance–time graph represent?

• The acceleration of the object

• The speed of the object

• The total distance traveled

• The time taken

What additional step is required to determine the speed of an accelerating object at a particular time? (HT)

• Measuring the area under the graph

• Drawing a tangent and measuring the gradient

• Counting the number of peaks

• Finding the average speed

What should students be able to determine from a distance–time graph?

• The color of the graph

• The speed of the object

• The weight of the object

• The shape of the object

What is the primary use of a distance–time graph?

• To measure temperature

• To represent distance traveled over time

• To calculate mass

• To determine color patterns

What does a steeper gradient on a distance–time graph indicate?

• Slower speed

• Faster speed

• Constant speed

• No movement

What is required to interpret a distance–time graph effectively?

• Knowledge of colors

• Understanding of gradients

• Ability to draw circles

• Skill in writing essays

What does a horizontal line on a distance–time graph indicate?

• Increasing speed

• Constant speed

• No movement

• Decreasing speed

What does a curved line on a distance–time graph suggest?

• Constant speed

• Changing speed

• No movement

• Uniform acceleration