X - t graph shown in figure represents

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2.Motion in Straight Line

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The $x - t$ graph shown in figure represents

Constant velocity

Velocity of the body is continuously changing

Instantaneous velocity

The body travels with constant speed upto time ${t_1}$ and then stops

Solution

(d)Up to time ${t_1}$ slope of the graph is constant and after ${t_1}$slope is zero i.e. the body travel with constant speed up to time ${t_1}$ and then stops.

Standard 11

Physics

Draw $v\to t$ graph for constant velocity and explain it.

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Which of the following velocity-time graphs is physically not possible?

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The velocity of a particle is $v=v_0 +gt+ft^2$. If its position is $x= 0$ at $t= 0 $, then its displacement after unit time ($t= 1$) is

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(AIEEE-2007)

Look at the graphs $(a)$ to $(d)$ carefully and state, with reasons, which of these cannot possibly represent one-dimensional motion of a particle.

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A car starting from rest and moves such that it possesses average speeds $5 \,ms^{-1}, 10\, ms^{-1}$ and $15\, ms^{-1}$ in the first, second and third seconds. What is the total distance covered by the car in these three seconds ?………$m$

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The $x - t$ graph shown in figure represents

Solution

Similar Questions

Draw $v\to t$ graph for constant velocity and explain it.

Which of the following velocity-time graphs is physically not possible?

The velocity of a particle is $v=v_0 +gt+ft^2$. If its position is $x= 0$ at $t= 0 $, then its displacement after unit time ($t= 1$) is

Look at the graphs $(a)$ to $(d)$ carefully and state, with reasons, which of these cannot possibly represent one-dimensional motion of a particle.

A car starting from rest and moves such that it possesses average speeds $5 \,ms^{-1}, 10\, ms^{-1}$ and $15\, ms^{-1}$ in the first, second and third seconds. What is the total distance covered by the car in these three seconds ?………$m$

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