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This quiz contains 8 questions from a mix of 1 subtopics.

On a distance / time graph, the distance is on the -axis and the time is on the -axis.

y
x

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The gradient of a distance / time graph tells us:

The speed of the object

The object's acceleration

The distance travelled by the object

The amount of time elapsed

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Distance-time graph showing a flat line indicating no movement of an object.

What does a flat line on a distance / time graph tell us about the movement of an object?

The object is moving

The object is stationary

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Graph showing an object with increasing distance over time.

The above distance / time graph shows an object that is __________.

stationary

moving at a constant speed

accelerating

decelerating

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Graph showing distance-time relationship with point A marked for velocity calculation.

To find the velocity at point A on the graph, we need to:

Find the distance at that point and divide by the time

Draw a tangent at that point, and use it to find the gradient of the line

Find the time at that point and divide by the distance

Find the area under the graph

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Distance-time graph with a highlighted region indicating the object's movement.

On the graph above, what does the highlighted region tell us about the movement of the object?

The object is decelerating

The object is accelerating

The object is moving at a constant speed

The object is stationary

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Distance-time graph showing a highlighted region indicating the movement of an object.

On the graph above, what does the highlighted region tell us about the movement of the object?

The object is moving at a constant speed

The object is decelerating

The object is accelerating

The object is stationary

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Graph showing distance-time relationship with a highlighted region indicating a change in the movement of the object.

On the graph above, what does the highlighted region tell us about the movement of the object?

The object is decelerating, then accelerating

The object is accelerating, then decelerating

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