Two bodies A and B are at position `(2, 3)m` amd `(5, 7)m` respectively. These two are moving with constant velocity `3 ms^(-1)` along `-ve` y axis and `4ms^(-1)` along `+ve` x axis respectively. Minimum separation between them during their motion is

Particles A and B are moving with constant velocities along x and y axis respectively, the graph of separation between them with time is

Particles A and B are moving with constant velocities along x and y axis respectively, the graph of separation between them with time is

Particles A and B are moving with constant velocities along x and y axis respectively, the graph of separation between them with time is

Two particles are located on a horizontal plane at a distance 60 m . At t = 0 both the particles are simultaneously projected at angle 45^@ with velocities 2 ms^-1 and 14 m s^-1 , respectively. Find (a) Minimum separation between them during motion. (b) At what time is the separation between them minimum ? .

Two particles are located on a horizontal plane at a distance 60 m . At t = 0 both the particles are simultaneously projected at angle 45^@ with velocities 2 ms^-1 and 14 m s^-1 , respectively. Find (a) Minimum separation between them during motion. (b) At what time is the separation between them minimum ? .

A body starts from the origin with an acceleration of 6 ms^-1 along the x - axis and 8 ms^-1 along the y - axis. Find its distance from the origin after 4 s .

Two particles are simultaneously thrown from the top of two towards as shown. Their velocities are 2ms^(-1) and 14ms^(-1) . Horizontal and vertical separations between these particles are 22 m and 9 m respectively. Then the minimum separation between the particles in the process of their motion in meters is (g=10ms^(-2))

Two particles are simultaneously thrown from the top of two towards as shown. Their velocities are 2ms^(-1) and 14ms^(-1) . Horizontal and vertical separations between these particles are 22 m and 9 m respectively. Then the minimum separation between the particles in the process of their motion in meters is (g=10ms^(-2))

Two bodies of mases 5kg and 3kg are moving towards each other with 2ms^(-1) and 4ms^(-1) respectively. Then velocity of centre of mass is

Two bodies A and B are moving along y -axis and x -axis as shown. Find the minimum distance between A and B is subsequent motion (in m )