The initial velocity of a particle is `20 hat i (m/s)`and acceleration is `-8hat i(m/s^(2))` .If the distance travelled in `3^(rd)` second is `(n)/(4)` Find "n"

Find the initial velocity and acceleration of a body if the distance traveled by that body in nth second is (5.69+0.008n) m

A particle has initial velocity of (3hat(i)+4hat(j)) m//s and a acceleration of (4hat(i)-3hat(j)) m//s^(2) . Its speed after one second will be equal to :-

A particle has an initial velocity of 4hat(i)+4hat(j) m//s and an acceleration of -0.4 hat(i) m//s^(2) at what time will its speed be 5 m//s?

A particle has initial velocity (3 hat i+ 4 hat j) and has acceleration (0.1 hat i+ 0.3 hat j) . Its speed after 10 s is.

A particle has an initial velocity of 3hat(i) + 4 hat(j) and an acceleration of 0.4 hat(i) + 0.3 hat(j) . Its speed after 10s is :

A particle is moving in x-y plane. At an instant, it has velocity (4 hat (i) + 4 hat(j)) m//s and acceleration (3 hat(i) + 5 hat(j)) m//s^(2) At that instant, the radius of curvature of its path will be :

Velocity of a particle is v=(2hat i + 3hat j - 4hat k) m//s and its acceleration is zero. State whether it is 1-D, 2-D or 3-D motion?