Draw areal velocity versus time graph for mars.

Draw velocity-time graph for a body moving with uniform velocity. Hence show that the area under the velocity-time graph gives the distance travelled by the body in a given time interval.

Show that the slope of velocity-time graph for uniformly acceleratied motion is equal to the acceleration of the body.

For the wave described in the above question, plot the displacement (y) versus time (t) graphs for x=0.2 and 4 cm. What are the shapes of these graph? In which aspects does the oscillatory motion in a travelling wave differ from one point to another: amplitude,frequency or phase?

Slope of a velocity-time graph gives

Draw a position time graph of a body at rest at 5 m from the origin.