the displacement . if the displacement after 1 sec is 20 m

. For example, the displacement of the 2 ants in the above example, are same, although their distances are different. SI unit of both distance and displacement is metre (M) and dimensions are [M 0 L 1 T 0..

? The displacement is again 15000 m but from B to A. Thus, displacement is the shortest distance covered by a moving object from the point of reference (initial position of the body), in a specified direction. But the displacement when the bus moves from A B ..

The displacement s of a moving particle is related with time as s = at 2 + bt + c . If the displacement after 1 sec is 20 m, the velocity after 2 sec is 30 m/sec and acceleration is 10 m/sec 2 , then find the ..

On a straight road, vehicle A started at a point P whose displacement (metres) function with time t (seconds) is S = 3 t + 3 t 2 . After 1sec vehicle B started from the same point P in the same direction of A. The displacement (metres) function with time t (s..

What is the acceleration of a body at t = 4 sec whose displacement S(in metres) is related with the time as S = 3 t 3 - 5 t 2 - 4 t + 2? => - 62 m/sec 2 or - 72m/sec 2 or 72 m/sec 2 or 62 m/sec 2..

If the displacement of an object is defined by y = 48 + 44 t 2 , where y is in feet and t in seconds, then find the acceleration of the object. => t 2 (48 + 132 t 2 ) ft/sec 2 or 88 ft/sec 2 or (48 + 88 t ) ft/sec 2 or 20 ft/sec 2 or t 2 (..

A particle covers the displacement s in time t which is given as s = k t 1 2 where k is a constant, then find the acceleration of the particle at t = 4 sec. => k 1 6 units/sec 2 or k units/sec 2 or - k 3 2 units/sec 2 or 0 or k 3..

If the square of the displacement S traversed by a particle in time t is given by S 2 = t 2 + 9 t + 64 , then choose the acceleration of the particle from the following. => 1 7 5 4 s 3 or 1 7 5 s 2 or 1 7 5 4 s 4 or 1 7 5 s 3..

The displacement (in meters) of a particle in time t is given by s = - t 3 + 8 t 2 + 7 t + 2. Find the velocity of the particle when t = 2 sec. => 40 m/s or 27 m/s or 80 m/s or 28 m/s or 76 m/s..

The displacement S (in meters) of a particle is related with time t (in seconds) as S = 3 t 3 + 4 t 2 + 3 t + 2 The velocity of the particle when t = 3 sec is => 105 m/sec or 27 m/sec or 108 m/sec or 42 m/s..