Graphical Representation of Motion

_____ of a body within a definite interval of time is equal to the area of the portion under velocity-time graph.

Following graph represent a body moving with constant velocity.

When $v-t$ graph has _____ slope, acceleration is negative.

The graph given below represents _____.

A car of mass $1500 \mathrm{kg}$ is moving with a velocity of $20 \mathrm{m} {\mathrm{s}}^{-1}$. If the velocity-time graph for this car is a horizontal line parallel to the time axis, then the velocity of the car at the end of $25 \mathrm{s}$ will be:

The physical quantity which is represented by the area under the line of velocity-time graph is _____.

When $v-t$ graph has negative slope, acceleration is:

_____ of a body within a definite interval of time is equal to the area of the portion under velocity-time graph.

When will be the slope of velocity-time graph be zero?

A car travels in the same speed in the same direction for a time $\mathrm{t} \sec$. Draw the velocity-time graph of the same.

Negative slope of a v-t graph signifies _____.( acceleration/ retardation)

Area enclosed by a velocity-time curve gives _____ of the body.

v-t graph for uniform velocity is _____to time axis.

Plot a distance-time graph for the following data and state the type of motion.

Draw a velocity-time graph to represent uniform motion.

What does area under a velocity-time graph signify?

The distance time graph is a straight line parallel to X-axis. What type of motion is shown here?

What will the v-t curve for a car parked on roadside look like?

Draw a velocity time graph for an object in uniform motion. Show that the slope of velocity-time gives acceleration of the object.

An object is moving along a straight line with uniform acceleration. The following table gives the velocity of the object at various instants Time

Plot the graph. From the graph, calculate the distance covered in the last $4 \mathrm{s}$.