Question

Velocity of a particle is in negative direction with constant acceleration in positive direction. Then, match the following columns.

Column-I	Column-II
(a)	Velocity-time graph	(p)	Slope$\to$negative
(b)	Acceleration-time graph	(q)	Slope$\to$positive
(c)	Displacement-time graph	(r)	Slope$\to$zero
		(s)	$\left|Slope\right|\to$increasing
		(t)	$\left|Slope\right|\to$ decreasing
		(u)	$\left|Slope\right|\to$ constant

• A. $(A\to q,u,B\to r,u,C\to p,t)$
• B. $(A\to q,u,B\to r,u,C\to p,u)$
• C. $(A\to q,u,B\to r,C\to p,t)$
• D. $(A\to q,B\to r,u,C\to p,t)$

Answer 1

The correct option is A $(A\to q,u,B\to r,u,C\to p,t)$

$(A\to q,u,B\to r,u,C\to p,t)$

Corresponding $v-t$, $a-t$ and $s-t$ graphs are as shown below