T.T. and TAB second booster dose is given at the age of

The distance in seconds, described by a particle in t seconds is given by s=ae^t-b/e^t . The acceleration of the particle at time t is

The distance in seconds, described by a particle in t seconds is given by s=ae^t=b/e^t . The acceleration of the particle at time t is

The position of a particle is given by x=2(t-t^(2)) where t is expressed in seconds and x is in metre. The acceleration of the particle is

The distance described by a particle in t seconds is given by s=ae^t+be^-t . The acceleration is

The position of a particle is given by x=2(t-t^(2)) where t is expressed in seconds and x is in metre. The acceleration of the particle is

The distance 's' described by a particle in t seconds is given by s=ae^t+be^-t . The velocity at any time t is

With t taken in seconds and I taken in amp, the variation of I follows the equation t^(2) + I^(2) = 25 What amount of Ag will be electrodeposited with this current flowing in the interval 0-5 second? (Ag=108)

With t taken in seconds and I taken in amp, the variation of I follows the equation t^(2) + I^(2) = 25 What amount of Ag will be electrodeposited with this current flowing in the interval 0-5 second? (Ag=108)

He distance f(t) in metres ived by aparticle travelling in a straight line in t second is given by f(t)=t^(2)+3t+4. Find the speed of the particle at the end of 2seconds.

The distance f(t) in metres ived by a particle travelling in a straight line in t seconds is given by f(t)=t^2+3t+4 . Find the speed of the particle at the end of 2 seconds.