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Standard IX

Physics

Equations of Motion

The distance ...

Question

The distance $x$ covered in time $t$ by a body having initial velocity $v_{0}$ and having constant acceleration $a$ is given by $x = v_{0} t + 1 / 2 a t^{2}$ . This result follows from :

newton's Ist law

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newton's IInd law

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newton's IIIrd law

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none of the above

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Solution

The correct option is A none of the above
The given equation is the fundamental equation of kinematics. So it can not follow from any Newton's law of motion.
Ans:(D)

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The distance x covered in time t by a body having initial velocity v0 and having constant acceleration a is given by x=v0t+1/2at2. This result follows from :

The correct option is A none of the aboveThe given equation is the fundamental equation of kinematics. So it can not follow from any Newton's law of motion.Ans:(D)

The distance $x$ covered in time $t$ by a body having initial velocity $v_{0}$ and having constant acceleration $a$ is given by $x = v_{0} t + 1 / 2 a t^{2}$ . This result follows from :

The correct option is A none of the above
The given equation is the fundamental equation of kinematics. So it can not follow from any Newton's law of motion.
Ans:(D)