Two particles of equal masses have velocities `vec v_1 = 4 hat i` and `vec v_2 = 4 hat j`. First particle has an acceleration `vec a_1 = (5 hat i + 5 hat j) ms^(-2)` while the acceleration of the other particle is zero. The centre of mass of the two particles moves in a path of

Two particles of equal masses have velocities vec v_1 = 8 hat i and vec v_2 = 8 hat j . First particle has an acceleration vec a_1 = (5 hat i + 5 hat j) ms^(-2) while the acceleration of the other particle is zero. The centre of mass of the two particles moves is a path of

Two particles of equal masses have velocities vec v_1 = 4hati ms^(-1) and vec v_2 = 4hatj ms^(-1) . First particle has an acceleration vec a_1 = (5 hat i + 5 hat j) ms^(-2) , while the acceleration of the other particle is zero. The centre of mass of the two particles moves in a path of

Two particles of equal mass have velocities vec v_1 = 2 hat i= m//s^-1 and vec v_2 = 2hat j m//s^-1 . First particle has an acceleration vec a_1= (3 hat i+ 3 hat j) ms^-2 while the acceleration of the other particle is zero. The centre of mass of the two particles moves in a path of.

Two particles of equal mass have velocities vec v_1 = 2 hat i= m//s^-1 and vec v_2 = 2hat j m//s^-1 . First particle has an acceleration vec a_1= (3 hat i+ 3 hat j) ms^-2 while the acceleration of the other particle is zero. The centre of mass of the two particles moves in a path of.

Two particles of equal mass have velocities vec v_1 = 2 hat i= m//s^-1 and vec v_2 = 2hat j m//s^-1 . First particle has an acceleration vec a_1= (3 hat i+ 3 hat j) ms^-2 while the acceleration of the other particle is zero. The centre of mass of the two particles moves in a path of.

Two particles of equal mass have velocities v1=2 i ms^(-1) and v2= 2 j ms^(-1) First particle has an acceleration a= (3i + 3j) ms^(-2) while the acceleration of the other particle is zero. The centre of mass of the two particles moves in a path of

The velocities of two particles A and B of same mass are vec V_A = a hat i and vec V_B = b hat j where a and b are constants. The acceleration of particle A is (2 a hat i+ 4 b hat j) and acceleration of particle B is (a hat i- 4 b hat j) (in m//s^2) . The centre of mass of two particle will move in :

A particle starts moving with velocity "vecV=hat i(m/s)", and acceleration "vec a=(hat i+hat j)(m/s^(2))".Find the radius of curvature of the particle at "t=1sec".