Question

4. Consider the velocity - time graph for a particle in motion. Find : the initial velocity of the particle velocity of the body at C (c) acceleration between A and B (d) displacement for the entire journey​

Answer 1

Explanation:

The correct formulae describing the motion of the particle are (c), (d) and, (f)

The given graph has a non-uniform slope. Hence, the formulae given in (a), (b), and (e) cannot describe the motion of the particle. Only relations given in (c), (d), and (f) are correct equations of motion.

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$\huge \pink{✿} \red {C} \green {u} \blue {t} \orange {e} \pink {/} \red {Q} \blue {u} \pink {e} \red {e} \green {n} \pink {♡}$

Answer 2

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(c) Initial Velocity — Vi = Vf - (a × t)

(d) Displacement — Velocity - Given Distance