Velocity of there particless A.B and C varies with time t as , `v_(A) =(2thati+6hatj) m//s v_(B) =(3hati +4hatj )m//s` and `v_(c)=(6hati - 4thatj )` regarding the pseudo force match the following table.

Velocity of three particles A, B and C varies with time 't' as V_A = (2t hati +6hatj) ms^(-1), barV_B =(3hati+4hatj)ms^(-1), barVc = (6hati +4thati)ms^(-1) . Regarding the pseudo force match the entries of column - I with entries in column - II {:("Column-I"," Column-II"),(" A) On A as observed by B"," P) Along +ve x-direction"),(" B) On B as observed by C"," Q) Along - ve x-direction"),(" C) On A as observed by C"," R) Along +ve y-direction"),(" D) On C as observed by A"," S) Along - ve y-direction"),(," T) zero"):}

Two balloons are moving in air with velocities v_(1)={2thati+(t-2)hatj)m//s and v_(2)={(t-4)hati+thatj}m//s then at what t balloons are moving parallel to each other:

Two balloons are moving in air with velocities v_(1)={2thati+(t-2)hatj)m//s and v_(2)={(t-4)hati+thatj}m//s then at what t balloons are moving parallel to each other:

Find the values of . (a) (4hatj) xx (-6hatk) (b) (3hatj).(-4hatj) (c) (2hati) - (-4hatk) .

Find the values of . (a) (4hatj) xx (-6hatk) (b) (3hatj).(-4hatj) (c) (2hati) - (-4hatk) .

Velocity and acceleration of a particle are v=(2 hati-4 hatj) m/s and a=(-2 hati+4 hatj) m/s^2 Which type of motion is this?

Velocity and acceleration of a particle are v=(2 hati-4 hatj) m/s and a=(-2 hati+4 hatj) m/s^2 Which type of motion is this?

Velocity of a particle changes from (3hati +4hatj)m//s to (6hati +5hatj)m//s 2s. Find magnitude and direction of average acceleration.

Velocity of a particle changes from (3hati +4hatj)m//s to (6hati +5hatj)m//s 2s. Find magnitude and direction of average acceleration.