Homework - distance time graphs

Homework - distance time graphs
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Slide 1: Slide
ScienceLower Secondary (Key Stage 3)

This lesson contains 17 slides, with interactive quizzes and text slides.

time-iconLesson duration is: 30 min

Items in this lesson

Homework - distance time graphs

Slide 1 - Slide

Slide 2 - Slide

How is the speed of an object represented on a distance-time graph?
A
By the area under the graph
B
By the x-intercept
C
By the gradient of the graph
D
By the y-intercept

Slide 3 - Quiz

What does the gradient of a distance-time graph represent?
A
The speed of the object
B
The time taken by the object
C
The displacement of the object
D
The acceleration of the object

Slide 4 - Quiz

How can the speed of an accelerating object at a particular time be determined?
A
By measuring the gradient of the tangent
B
By finding the area under the graph
C
By drawing a horizontal line
D
By locating the x-intercept

Slide 5 - Quiz

What information can be obtained from a distance-time graph?
A
The distance travelled and speed of the object
B
The color of the object and its texture
C
The time of day and temperature
D
The mass of the object and its shape

Slide 6 - Quiz

If the gradient of a distance-time graph is zero, what does it indicate?
A
The object is at rest
B
The object is accelerating
C
The object is moving in a circular path
D
The object is moving at a constant speed

Slide 7 - Quiz

Starting at home
Back at home
Stopped for 3 hours
Stopped for 2 hours

Slide 8 - Drag question

Slide 9 - Slide

What can be calculated from the gradient of a velocity - time graph?
A
Acceleration
B
Speed
C
Time
D
Distance

Slide 10 - Quiz

How is the distance travelled by an object calculated from a velocity - time graph?
A
Slope of the graph
B
Gradient of the graph
C
Intercept of the graph
D
Area under the graph

Slide 11 - Quiz

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

Slide 12 - Quiz

What does the area under a velocity - time graph represent?
A
Distance travelled or displacement
B
Acceleration at a specific time
C
Velocity at a specific time
D
Time taken for the journey

Slide 13 - Quiz

From a velocity - time graph, what is calculated by finding the area under the graph?
A
Velocity at a specific time
B
Acceleration at a specific time
C
Distance travelled or displacement
D
Time taken for the journey

Slide 14 - Quiz

Constant velocity
Positive acceleration
Negative acceleration
Stationary

Slide 15 - Drag question

Prof Brian Cox on the science of Dr Who
You need an adult to sign into their BBC iplayer account to watch. This is a free to set up and no cost to use.

Slide 16 - Slide

Slide 17 - Link