if A⃗ = nbsp;u⃗ and B⃗ = 1/2a⃗ t^2 then C⃗ = s⃗if A⃗ = nbsp;u⃗ and B⃗ = a⃗t, nbsp; then C⃗= v⃗if A⃗ = nbsp;u⃗ and B⃗ = v⃗, nbsp; then C⃗ = a⃗tif A⃗ = nbsp;u⃗ and B⃗ = a⃗t^2, nbsp; then C⃗ = v⃗

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Triangle Law for Vector Addition

if A⃗ = nbs...

Question

\to A = \to u a n d \to B = \frac{1}{2} \to a t^{2} t h e n \to C = \to s

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\to A = \to u a n d \to B = \to a t^{2}, t h e n \to C = \to v

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\to A = \to u a n d \to B = \to v, t h e n \to C = \to a

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\to A = \to u a n d \to B = \to a t, t h e n \to C = \to v

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Solution

The correct option is D if $\to A = \to u a n d \to B = \to a t, t h e n \to C = \to v$
$(\to u, \to v, \to a a r e u s u a l s y m b o l s)$
From the diagram, $\to C = \to A + \to B$
If $\to A = \to u a n d \to B = \to a t, t h e n \to A + \to B = \to u + \to a t = \to v$
$∴ \to C = \to v$

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