Study the following velocity-time graph. Determine the displacement and distance in the time interval `t=0` to `t=12 s`. Sketch the acceleration-time graph.

The velocity-time graph of an objects is as shown. The displacement during the interval 0 to t_(4) is

The velocity-time graph of an objects is as shown. The displacement during the interval 0 to t_(4) is

The velocity-time graph of an objects is as shown. The displacement during the interval 0 to t_(4) is

From the following v-t graph, find the displacement for time interval t=3 to t=12 s .

For a particle moving in a straight line, the velocity-time graph is as shown in the figure. Find the acceleration at time t=1 s 2.5 s and 5 s . Sketch the acceleration time graph.

Velocity-time graph for a particle is shown in following figure for time interval 0 to 2T.

Graphs are very useful to represent a physical situation. Various quantities can be easily represented on graphs and other quantites can be determined from the graph. For example the slope of velocity-time graph represents instantaneous acceleration. For a motion with constant acceleration slope of velocity-time graph is constant. If acceleration is changing with time, slope with change and thus velocity-time graph will be a non-linear curve. Further the area of velocity-time graph gives displacement. For the given velocity-time graph the possibly correct acceleration-time relationship is

Graphs are very useful to represent a physical situation. Various quantities can be easily represented on graphs and other quantites can be determined from the graph. For example the slope of velocity-time graph represents instantaneous acceleration. For a motion with constant acceleration slope of velocity-time graph is constant. If acceleration is changing with time, slope will change and thus velocity-time graph will be a non-linear curve. Further the area of velocity-time graph gives displacement. For the given velocity-time graph the possibly correct acceleration-time relationship is