Question

name the two physical quantities that can be obtained from velocity time graph​

Answer 1

A physical quantity, by definition, can be measured. The two measurable quantities that can be obtained from a velocity-time graph that depicts the relationship between the velocity (v) and time (T) of a particle.

1. Now, the time derivative, or graphically, the slope of the velocity-time graph at any time depicts the acceleration of the particle at that time, since acceleration is the rate of change of velocity with time, vector a = d(vector v)/dt

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2. If one wishes to calculate the displacement of a particle between two time instants, the area under the v-t curve between vertical lines drawn at the two time instants would yield the displacement, since the definite integral of velocity between two time instants yields the displacement of the particle between those instants, for velocity vector is the time derivative of displacement, or vector v= d (position vector r)/dt

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These two physical quantities, acceleration at any instant of time and displacement between two time instants can be easily measured from such a graph

hope it helps :)

Answer 2

area under the velocity time graph gives the displacement of the body

and the slope of v-t graph gives acceleration of the body