Recoil angle of the electron it scattered from

Reference no: EM13681197

You fire 0.1 MeV X-rays at a carbon target. If you detect a scattered photon at an angle of 60° from the incident beam, what was the recoil angle of the electron it scattered from?

Reference no: EM13681197

Questions Cloud

Compute the gravitational potential due to a thin rod : Compute the gravitational potential due to a thin rod of length L and mass M at a point P located a distance R from the end of the rod and in a direction perpendicular to the rod. Suppose that the density of the rod is not constant, However changes a..

Magnetic drag force due to eddy currents on conducting plate : The magnetic drag force due to eddy currents on a conducting plate moving during a magnetic field means that a plate dropped vertically among the poles of a magnet will reach a terminal speed, just like an object falling in air.

Internal energy change during the final heating : A cylinder with a piston contains 0.130 mol of nitrogen at 1.80x10^5 Pa and 290 K. The nitrogen might be treated as an ideal gas. The gas is first compressed isobaric ally to half its original volume. It then expands adiabatically back to its origina..

Gravitational potential along the z-axis of the disk-ring : Consider a thin uniform disk-ring of mass M, inner radius a and outer radius b. Discover the gravitational potential along the z-axis of the disk-ring.

Recoil angle of the electron it scattered from : You fire 0.1 MeV X-rays at a carbon target. If you detect a scattered photon at an angle of 60° from the incident beam, what was the recoil angle of the electron it scattered from?

Standard ambient temperature and pressure : Decide the total minimum work needed to isothermally compress 16 g CO2 at standard ambient temperature and pressure. (SATP 250C and 100 kPa) to the Condition where it is completely liquefied.

Compute the total energy stored in the charge distribution : A total amount of charge Q is non-uniformly distributed within a solid sphere of radius R. The charge per unit volume in the sphere can be written as=k/r, where k is a constant, and r is the radial distance from the center.

What is price elasticity of demand and inelastic demand : What is the price elasticity of demand? What determines it? What is elastic and inelastic demand - what do you think would be the best time of year to raise prices of flowers, and why?

Surface of water is the bottom of the cork in equilibrium : A cylindrical cork of radius R=1.5cm height d = 0.75cm and specific gravity of 0.24 floats at an air -water interface. How far below the surface of the water is the bottom of the cork in equilibrium

User Account

All Pages