A car 2m long and 3m wide is moving at `10m//s` when a bullet hits it in a direction making an angle of `tan^(-1)(3//4)` with the car as seen from the ground. The bullet enters one edge of the car at the corner and passes out at diagonally opposite corner. Neglecting gravity, the time for the bullet to cross the car is

A car 2 m long and 3 m wide is moving at 13m/sec when a bullet hits it in a direction making an angle theta=tan^(-1) 3//4 with the car as seen from the street. The bullet enters one edge of the comer and passes out at the diagonally opposite comer. Neglectingany interaction between bullet and car find the time for the bullet to cross the car :

A railway compartments is 16 m long, 2.4 m wide and 3.2 m high. It is moving with a velocity v A particle moving horizontally with a speed u perpendicular to the direction of v enters through a hole at an upper corner A and strikes the diagonally opposite corner B .Assume g=10 m//s^(2) .

A railway compartments is 16 m long, 2.4 m wide and 3.2 m high. It is moving with a velocity v A particle moving horizontally with a speed u perpendicular to the direction of v enters through a hole at an upper corner A and strikes the diagonally opposite corner B .Assume g=10 m//s^(2) .

A railway compartment is 16m long, 2.4 m wide and 3.2 m high. It is moving with a velocity v. A particle moving horizontally with a speed u, perpendicular to the direction of v, enters through a hole at an upper corner A and strikes the diagonally opposite corner B. Assume g = 10 m//s^(2) .

A car is moving with the accelaration 2 m/ s^(2) from rest. Find the distance traveled by the car in 10th second.

A car is moving with the accelaration 2 m/ s^(2) from rest. Find the distance traveled by the car in 10th second.

A car is moving with the accelaration 2 m/ s^(2) from rest. Find the distance traveled by the car in 10th second.