© T Madas Time Height © T Madas Time Height Liquid is poured in the container at constant rate.

© T Madas

Time

Heig

ht

© T Madas

Time

Heig

ht

Liquid is poured in the container at constant rate

© T Madas

Time

Heig

ht

The slope of the graph indicates the speed at which the container fills up in different sections

© T Madas

Sketch a height-time graph

1 2 3 4 5

6 7 8 9 10

© T Madas

Liquid is poured at a constant rate in the container below.What does the graph of the height of the liquid against time looks like?

time

heig

ht

© T Madas

Liquid is poured at a constant rate in the container below.What does the graph of the height of the liquid against time looks like?

time

heig

ht

© T Madas

Liquid is poured at a constant rate in the container below.What does the graph of the height of the liquid against time looks like?

time

heig

ht

© T Madas

Liquid is poured at a constant rate in the container below.What does the graph of the height of the liquid against time looks like?

time

heig

ht

© T Madas

Liquid is poured at a constant rate in the container below.What does the graph of the height of the liquid against time looks like?

time

heig

ht

© T Madas

Liquid is poured at a constant rate in the container below.What does the graph of the height of the liquid against time looks like?

time

heig

ht

© T Madas

Liquid is poured at a constant rate in the container below.What does the graph of the height of the liquid against time looks like?

time

heig

ht

© T Madas

Liquid is poured at a constant rate in the container below.What does the graph of the height of the liquid against time looks like?

time

heig

ht

© T Madas

Liquid is poured at a constant rate in the container below.What does the graph of the height of the liquid against time looks like?

time

heig

ht

© T Madas

Liquid is poured at a constant rate in the container below.What does the graph of the height of the liquid against time looks like?

time

heig

ht

© T Madas

© T Madas

The cross section of 4 containers, labelled A to D, is shown.

Water is poured into the empty containers at a constant rate and their graphs showing the height of the water against time is shown, not in the right order, labelled 1 to 4.

Match the container to its graph.

time

heig

ht

time

heig

ht

time

heig

ht

timeh

eig

ht

A B CD

1 2 3 4

3D

1C

4B

2A

© T Madas

© T Madas

The cross section of 4 containers, labelled A to D, is shown.

Water is poured into the empty containers at a constant rate and their graphs showing the height of the water against time is shown, not in the right order, labelled 1 to 4.

Match the container to its graph.

A B CD

1 2 3 4

4D

2C

1B

3A

time

heig

ht

time

heig

ht

time

heig

ht

timeh

eig

ht

© T Madas

© T Madas

The cross section of 4 containers, labelled A to D, is shown.

Water is poured into the empty containers at a constant rate and their graphs showing the height of the water against time is shown, not in the right order, labelled 1 to 4.

Match the container to its graph.

A

B

C D

1 2 3 4

4D

1C

3B

2A

time

heig

ht

time

heig

ht

timeh

eig

ht

time

heig

ht

© T Madas