Momentum is the ability of imparting or tending to motion to other bodies. The total momentum of a system remains conserved if no external force is acting it. This is calculated by the formula, `vecp=mvecv`. Consider a situation where a cart carrying five boys is moving without friction due to inertia along a straight horizontal road, with a speed of `10m//s`. After travelling certain distance, a boy jumps from the cart with a speed of `2m//s with respect to the cart in opposite direction to it. Then, second boy jumps with the same speed w.r.t. the cart, but in a perpendicular direction to the cart. The mass of the cart is 100 kg and mass of each boy is 20 kg.
The speed of the cart after first boy has jumped out is

Momentum is the ability of imparting or tending to motion to other bodies. The total momentum of a system remains conserved if no external force is acting it. This is calculated by the formula, vecp=mvecv . Consider a situation where a cart carrying five boys is moving without friction due to inertia along a straight horizontal road, with a speed of 10m//s . After travelling certain distance, a boy jumps from the cart with a speed of 2m//s with respect to the cart in opposite direction to it. Then, second boy jumps with the same speed w.r.t. the cart, but in a perpendicular direction to the cart. The mass of the cart is 100 kg and mass of each boy is 20 kg. The speed of the cart after second boy jumps will

Momentum is the ability of imparting or tending to motion to other bodies. The total momentum of a system remains conserved if no external force is acting it. This is calculated by the formula, vecp=mvecv . Consider a situation where a cart carrying five boys is moving without friction due to inertia along a straight horizontal road, with a speed of 10m//s . After travelling certain distance, a boy jumps from the cart with a speed of 2m//s with respect to the cart in opposite direction to it. Then, second boy jumps with the same speed w.r.t. the cart, but in a perpendicular direction to the cart. The mass of the cart is 100 kg and mass of each boy is 20 kg. The velocity of the cart, just after the second boy has jumped out of it, is

Momentum is the ability of imparting or tending to motion to other bodies. The total momentum of a system remains conserved if no external force is acting it. This is calculated by the formula, vecp=mvecv . Consider a situation where a cart carrying five boys is moving without friction due to inertia along a straight horizontal road, with a speed of 10m//s . After travelling certain distance, a boy jumps from the cart with a speed of 2m//s with respect to the cart in opposite direction to it. Then, second boy jumps with the same speed w.r.t. the cart, but in a perpendicular direction to the cart. The mass of the cart is 100 kg and mass of each boy is 20 kg. Which of the following statement is true?

Consider a situation where a cart carrying five boys is moving without friction due to inertia along a straight horizontal road, with a speed of 10 m/s. After travelling certain distance a boy jumps from the cart with a speed of 2 m/s with respect to cart in opposite direction to it. Then, second boy jumps with the same speed w.r.t. the cart, but in a perpendicular direction to the cart. The mass of the cart is 100 kg and mass of each boy is 20 kg. Answer the following questions. The speed of the cart after first boy has jumped out is

Momentum is the ability of imparting or tending to motion to other bodies. The total momentum of a system remains conserved if no external force is acting it. This is calculated by the formula, vecp=mvecv . Consider a situation where a cart carrying five boys is moving without friction due to inertia along a straight horizontal road, with a speed of 10m//s . After travelling certain distance, a boy jumps from the cart with a speed of 2m//s with respect to the cart in opposite direction to it. Then, second boy jumps with the same speed w.r.t. the cart, but in a perpendicular direction to the cart. The mass of the cart is 100 kg and mass of each boy is 20 kg. If, in the first case, the second boy jumps out of the cart in a direction perpendicular to the motion of cart as seen from ground, then the speed of

Momentum is the ability of imparting or tending to import motion to other bodies. The total momentum of a system remains conserved if no external force is acting it. This is calculated by the formula vec(p)= m vec(v) . Consider a situation where a cart carrying five boys is moving without friction due to inertia along a straight horizontal road, with a speed of 10 m/s. After travelling certain dfistance a boy jumps from the cart with a speed of 2 m/s with respect to cart in opposite direction to it. Then, second boy jumps with the same speed w.r.t. the cart, but in a perpendicular direction to the cart. The mass of the cart is 100 kg and mass of each boy is 20 kg. Answer the following questions. The speed of the cart after second boy jumps will

The angular momentum of body remains conserve if :