The velocity of a particle ( \(v)\) at a instant \((t)\) is given by \(v=a t+b t^2\) the dimensio...

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101M10 The velocity of a particle 𝒗 at an instant 𝒕 is given by 𝒗=𝒂𝒕+𝒃𝒕^𝟐 The dimensions a) [L] 101M10 The velocity of a particle 𝒗 at an instant 𝒕 is given by 𝒗=𝒂𝒕+𝒃𝒕^𝟐 The dimensions a) [L]
The velocity of a particle \( (V) \) at a instant \( (t) \) is given by \( V=a t+b t^{2} \) the .... The velocity of a particle \( (V) \) at a instant \( (t) \) is given by \( V=a t+b t^{2} \) the ....
The velocity of a particle \( (v) \) at an instant \( t \) is given by \( v=a t+b t^{2} \) the d... The velocity of a particle \( (v) \) at an instant \( t \) is given by \( v=a t+b t^{2} \) the d...
The velocity of a particle (V) at a instant (t) is given by V=at+bt^2 the dimension of b i  s : a... The velocity of a particle (V) at a instant (t) is given by V=at+bt^2 the dimension of b i  s : a...
The velocity of a particle (v) at an instant t is given by v=a t+b t^2. The dimension of b is (a)... The velocity of a particle (v) at an instant t is given by v=a t+b t^2. The dimension of b is (a)...
The velocity "V" of a particle is given in terms of time t as V=at+b/t+C. The dimensions of a, b,... The velocity "V" of a particle is given in terms of time t as V=at+b/t+C. The dimensions of a, b,...
if the velocity of a particle is V=At+Bt^2, where A and B are constants, then the distance travelled if the velocity of a particle is V=At+Bt^2, where A and B are constants, then the distance travelled
The velocity u of particles is given in terms of time t by the equation u=at+bt2+c. The dimensio.... The velocity u of particles is given in terms of time t by the equation u=at+bt2+c. The dimensio....