In column-I certain graph(s) are shown which depict the situation shown in column-II. Column-I Column-II distance of slider from left end = x. Reading of galvanometer = y uniformly charged sphere. distance from centre = x, potential = y (R) Kinetic energy of a projectile = y height from ground = x (S) Velocity of a particle executing SHM = x, Displacement from mean position = y (T) Heat is extracted from a solid at a constant rate. The temperature of the solid = y, time elapsed = x

Engineering

Physics

Basics of Simple Harmonic Motion

Projectile Motion

Electric Flux and Gauss Law and its Applications

Question

In column-I certain graph(s) are shown which depict the situation shown in column-II.

Column-I	Column-II
	distance of slider from left end = x. Reading of galvanometer = y
	uniformly charged sphere. distance from centre = x, potential = y
	(R) Kinetic energy of a projectile = y height from ground = x
	(S) Velocity of a particle executing SHM = x, Displacement from mean position = y
	(T) Heat is extracted from a solid at a constant rate. The temperature of the solid = y, time elapsed = x

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⇒ $V = SR \Rightarrow S = \frac{VA}{eℓ} S \propto \frac{1}{x}$
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$V = ω \sqrt{A^{2} - x^{2}}$
       Q = mSΔT
       Pt = mSΔT
$ΔT = \frac{P}{mS} t$
$T_{t} = \frac{P}{ms} t + T_{0}$