362219 Consider a body under S.H.M with amplitude equal to 4 \(cm\). The displacement of the body as a function of time is \(x = 4cm\sin \left( {\frac{\pi }{2}t} \right)\). The average speed and average velocity of the body in time from \(t = 0s\,{\rm{to}}\,t = 2s\,\) are

362220 A vehicle travels half the distance with speed \(v\) and the remaining distance with speed \(2 v\). Its average speed is:

362221 A runner starts from \(O\) and goes to \(O\) following path \(O Q R O\) in \(1 h\). What is net displacement and average speed?

362222 If a car covers 2/5 th of the total distance with \({v_1}\) speed and 3/5 th distance with \({v_2}\), then its average speed is

362219 Consider a body under S.H.M with amplitude equal to 4 \(cm\). The displacement of the body as a function of time is \(x = 4cm\sin \left( {\frac{\pi }{2}t} \right)\). The average speed and average velocity of the body in time from \(t = 0s\,{\rm{to}}\,t = 2s\,\) are

362220 A vehicle travels half the distance with speed \(v\) and the remaining distance with speed \(2 v\). Its average speed is:

362221 A runner starts from \(O\) and goes to \(O\) following path \(O Q R O\) in \(1 h\). What is net displacement and average speed?

362222 If a car covers 2/5 th of the total distance with \({v_1}\) speed and 3/5 th distance with \({v_2}\), then its average speed is

362219 Consider a body under S.H.M with amplitude equal to 4 \(cm\). The displacement of the body as a function of time is \(x = 4cm\sin \left( {\frac{\pi }{2}t} \right)\). The average speed and average velocity of the body in time from \(t = 0s\,{\rm{to}}\,t = 2s\,\) are

362220 A vehicle travels half the distance with speed \(v\) and the remaining distance with speed \(2 v\). Its average speed is:

362221 A runner starts from \(O\) and goes to \(O\) following path \(O Q R O\) in \(1 h\). What is net displacement and average speed?

362222 If a car covers 2/5 th of the total distance with \({v_1}\) speed and 3/5 th distance with \({v_2}\), then its average speed is

362219 Consider a body under S.H.M with amplitude equal to 4 \(cm\). The displacement of the body as a function of time is \(x = 4cm\sin \left( {\frac{\pi }{2}t} \right)\). The average speed and average velocity of the body in time from \(t = 0s\,{\rm{to}}\,t = 2s\,\) are

362220 A vehicle travels half the distance with speed \(v\) and the remaining distance with speed \(2 v\). Its average speed is:

362221 A runner starts from \(O\) and goes to \(O\) following path \(O Q R O\) in \(1 h\). What is net displacement and average speed?

362222 If a car covers 2/5 th of the total distance with \({v_1}\) speed and 3/5 th distance with \({v_2}\), then its average speed is