1)the magnitude of the velocity of a particle is equal to speed 2)the magnitude of average velocity of a particle in an interval is equal to its average speed in that interval 3)it is possible to have a situation in which the speed of a particle is never zero but average speed in an interval is zero 4)it is possible to have a situation in which the speed of a particle is zero but the average speed is not zero a) 1 and 4 are true b) only 1 is zero c) 2 and 3 are true d) 1 and 3 are true

Which of the following statements are incorrect ?(i)i Average velocity is path length divided by time interval.(ii)ii In general, speed is greater than the magnitude of the velocity.(iii)(iii) A particle moving in given direction with a non-zero velocity can have zero speed.(iv)(iv) The magnitude of average velocity is the average speed.A(ii)(ii) and (iii)iiiB(ii)ii and (iv)ivC(i), (iii)i, iii and (iv)ivDAll four

Under which of the following conditions is the magnitude of the average velocity of a particle moving in one dimension smaller than the average speed over some time interval? 1 pointThere are no conditions for which this is trueA particle moves in the +𝘹 direction and then reverses its directionA particle moves in the +𝘹 direction without reversingA particle moves in the −x direction without reversing

When is the average velocity magnitude equal to the average speed?Only when a particle is moving with uniform velocity in a straight line.Whenever a particle is travelling in a straight line and not a curve.Only when a particle travels in a straight line without reversing its motion.Only when a particle travels in a straight line without stopping.

The average velocity and the instantaneous velocity of an object will be the same if _______.Group of answer choicesThe object’s velocity is always positive.The object’s speed is zero.The object’s speed is constant.The object’s acceleration is constant.

In a two dimensional motion, instantaneous speed v0 is a positive constant. Then which of the following are necessarily true?a) the average velocity is not zero at any timeb) average acceleration must always vanishc) displacements in equal time intervals are equald) equal path lengths are traversed in equal intervals