Draw the x-t graph for an object moving with | vedclass

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(A) For an object moving with zero acceleration $(a = 0)$,the velocity $(v)$ of the object remains constant.According to the kinematic equation $x = x

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$A$ straight line with a non-zero slope.

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(A) For an object moving with zero acceleration $(a = 0)$,the velocity $(v)$ of the object remains constant.According to the kinematic equation $x = x_0 + vt$,where $x$ is the position,$x_0$ is the initial position,$v$ is the constant velocity,and $t$ is time.This equation is of the form $y = mx + c$,which represents a straight line.Therefore,the $x-t$ graph for zero acceleration is a straight line with a constant slope,where the slope of the line represents the constant velocity of the object.

Draw the $x-t$ graph for an object moving with zero acceleration.

Similar Questions

Constant acceleration means the slope of the $x-t$ graph is constant. True or False?

Which of the following speed-time $(v-t)$ graphs is physically not possible?

The $x - t$ graph shown in the figure represents:

The acceleration versus velocity graph of a particle moving in a straight line starting from rest is as shown in the figure. The corresponding velocity-time graph would be:

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