as shown in figure. After the collision m1 mooves off with speed v1 = v0 /2 in the negative y – direction and m2 moves off with speed v2 at angle theta.
Sahay Sir > Question Answers > as shown in figure. After the collision m1 mooves off with speed v1 = v0 /2 in the negative y - direction and m2 moves off with speed v2 at angle theta.
Sand is falling on a flat car being pulled with constant speed. The rate of mass falling on the cart is constant. Then the horizontal component of force exerted by the falling sand on the cart (sand particles sticks to the cart)
22
Sep
Sand is falling on a flat car being pulled with constant speed. The rate of mass falling on the cart is constant. Then the horizontal component of force exerted by the falling sand on the cart (sand particles sticks to the cart) A mass m1 with initial speed v0 in the positive x - direction [...]
A small particle of mass m is released from a height h on a large smooth sphere kept on a perfectly smooth surface as shown in the figure. Collision between particle and sphere is perfectly inelastic. Determine the velocities of particle and sherre after collision.
22
Sep
A small particle of mass m is released from a height h on a large smooth sphere kept on a perfectly smooth surface as shown in the figure. Collision between particle and sphere is perfectly inelastic. Determine the velocities of particle and sherre after collision. A mass m1 with initial speed v0 in the positive [...]
A smooth ball A travels towards another identical ball B with a velocity u. Ball B is at rest and the impact parameter d is equal to 3–√R where R is radius of each ball. Due to impact the direction of motion of ball A changes by 30∘. Find the velocity of B after the impact. It is given that collision is elastic
22
Sep
A smooth ball A travels towards another identical ball B with a velocity u. Ball B is at rest and the impact parameter d is equal to 3–√R where R is radius of each ball. Due to impact the direction of motion of ball A changes by 30∘. Find the velocity of B after the [...]
A mass m1 with initial speed v0 in the positive x – direction collides with a mass m2 = 2 m1 which is initially at rest at the origin , as shown in figure. After the collision m1 mooves off with speed v1 = v0 /2 in the negative y – direction and m2 moves off with speed v2 at angle theta.
22
Sep
A mass m1 with initial speed v0 in the positive x – direction collides with a mass m2 = 2 m1 which is initially at rest at the origin , as shown in figure. After the collision m1 mooves off with speed v1 = v0 /2 in the negative y – direction and m2 moves [...]