Sunil Batra Solutions for Chapter: Motion, Exercise 9: CHAPTER PRACTICE TEST 2

The velocity-time graph represents motion of an object for $350 \mathrm{s}$.

$\left(b\right)$ Calculate displacement of the object in $0$ to $350 \sec$.

The velocity-time graph represents motion of an object for $350 \mathrm{s}$.
Which type of motion is represented by $\mathrm{BC}$ in the velocity-time graph?

Draw velocity-time graph for a uniformly accelerated object. Using velocity-time graph, derive $v=u+at$.

A particle is moving in a circular path of radius ‘$r$’. The displacement after completing a circle would be:

The numerical ratio of displacement to distance for a moving object is:

When a body is moving with constant acceleration and its initial velocity is not zero, the velocity-time graph for such motion of the body is:

A student is studying motion of an object. The correct representation of uniform motion of the object is shown by the figure

Area under a $\mathrm{v}-\mathrm{t}$ graph represents a physical quantity which has the unit _____.