Rebound angle of the particle after collision with the wall

Reference no: EM13552977

A particle of mass m strikes a wall at an angle θ with respect to the normal. The collision is inelastic with coefficient of restitution E. Find the rebound angle of the particle after collision with the wall.

Reference no: EM13552977

Questions Cloud

Explain the physical phenomenon-electron transistor : Explain the physical phenomenon which causes the lower limit of the tunneling resistance of the source-QD and drain-QD junctions in a single electron transistor?

Moist air with dry and wet bulb temperatures : Moist air with dry and wet bulb temperatures of 20oC and 9oC respectively enters a steam-spray humidifyer at rate of 100 kg of dry air/min. Saturated water vapor at 110oC is injected at 1 kg/min.

Determine the enthalpy change and internal energy change : Determine the enthalpy change and internal energy change of ammonia in J/mole, as it is heated from 350 K to 600 K, using the ideal gas heat capacity given by the Shomate Equation.

An infinitely long cylinder-find the magnetic field : An infinitely long cylinder, of radius R, carries a frozen-in magnetisation, parallel to the z-axis, M=k s k-hat, where k is a constant and s is the distance from the axis. there is no free current anywhere.

Rebound angle of the particle after collision with the wall : A particle of mass m strikes a wall at an angle θ with respect to the normal. The collision is inelastic with coefficient of restitution E. Find the rebound angle of the particle after collision with the wall.

What is the scalar flux at point where the beams intersect : Two beams of 1keV neutrons intersect at an angle of 30o. One beam has a neutron density of 1×106 neutrons/cm3. The other beam has a neutron density of 3×106 neutrons/cm3

Find the force that the crossbar applies to each leg : The drawing below shows an inverted "A" that is suspended from the ceiling by two vertical ropes. Each leg of the "A" has alengh of 2L and a weight of 120.0 N. The horizantal crossbar has a negligible weight. Find the force that the crossbar applies ..

Find the lagrangian and hamiltonian functions : A mass m is suspended by a massless spring of spring constant k and unstretched length b. The suspension point has a constant upward acceleration a0. Gravity is acting vertically downward. Find the Lagrangian and Hamiltonian functions and obtain H..

Playing a game of spin the bottle-when bottle is spinning : You are at a party playing a game of “spin the bottle” when you notice an insect in the bottle. When the bottle is spinning, is the insect in an inertial or noninertial reference frame? Explain why in complete sentences.

User Account

All Pages