The period of a particle in SHM is `8 s`. At `t = 0` it is in its equilibrium position.
(a) Compare the distance travelled in the first `4s` and the second `4s`.
(b) Compare the distance travelled in the first `2s` and the second `2s`.

The period of a particle in SHM is 8s . At t=0 it is at the mean position. The ratio of the distances traveled by it in the first and the second second is

The time period of a simple harmonic motion is 8 s At t=0. it is at the mean position.The ratio of the distance travelled bi it in the first and second seconds is,

The speed of a car increases uniformly from zero to 10ms^-1 in 2s and then remains constant (figure) a. Find the distance travelled by the car in the first two seconds. b. Find the distance travelled by the car in the next two seconds. c. Find the total distance travelled in 4s .

The speed of a car increases uniformly from zero to 10ms^-1 in 2s and then remains constant (figure) a. Find the distance travelled by the car in the first two seconds. b. Find the distance travelled by the car in the next two seconds. c. Find the total distance travelled in 4s .

A particle executes SHM with time period 8 s. Initially, it is at its mean position. The ratio of distance travelled by it in the 1st second to that in the 2nd second is