A swimming pool is $25 \mathrm{m}$ long. Jasmine swims from one end to the other in $20$ seconds. She rests for $10$ seconds and then swims back to the starting point. It takes her $30$ seconds to swim the second length. Draw a distance-time graph for Jasmine's swim.

A swimming pool is $25 \mathrm{m}$ long. Jasmine swims from one end to the other in $20$ seconds. She rests for $10$ seconds and then swims back to the starting point. It takes her $30$ seconds to swim the second length. Draw a distance-time graph for Jasmine's swim. Then find how far was Jasmine from her starting point after $12$ seconds.

A swimming pool is $25 \mathrm{m}$ long. Jasmine swims from one end to the other in $20$ seconds. She rests for $10$ seconds and then swims back to the starting point. It takes her $30$ seconds to swim the second length. Draw a distance-time graph for Jasmine's swim. Then find how far was Jasmine from her starting point after $54$ seconds.

Clearly describe what is happing in the following distance-time graph.

Clearly describe what is happing in the following distance-time graph.

Clearly describe what is happing in the following distance-time graph.

Clearly describe what is happing in the following distance-time graph.

Clearly describe what is happing in the following distance-time graph.

Clearly describe what is happing in the following distance-time graph.