"Pair Production" interaction happens from:

"Bremsstrahlung" interaction happens from:

Bremsstrahlung is most likely to occur if a particle is somewhere in the inner electrons of the atom.

What is likely to happen when an alpha particle comes close to the end of its path.

How would you describe the initial path of an alpha particle through matter.

The energy of the ejected electron in a photoelectric effect has the same amount of energy as the particle that hit it.

The energy of the incident photon in the Compton effect must equal the energy of the Compton electron and the energy of the scattered photon.

There must be at least 0.511 MeV in order for pair production occurs.

The Compton effect is not influenced significantly by the angle of impact.

The electron produced from pair production ultimately participates in an annihilation process.

If one alpha particle A is 12 Å away from a nucleus and another alpha particle B is 3 Å from another nucleus, alpha particle B experiences 4 times more Coulombic force.

The photoelectric effect increases as Z:

With the photoelectric effect, the KE of the ejected electron is equal to

KE_{ejected electron} = E_{incident photon} - E_________ ?

With the Compton effect,

KE_{scattered electron} = E_{incident photon} - E_________ ?

The Photoelectric effect is more likely to happen with _____energy photons

The Compton effect is more likely to happen with _____energy photons

Beta particle A is 50 Å away from a 10+ charged nucleus. Beta particle B is 50 Å away from a 50+ charged nucleus. How many times stronger is the magnitude of the electric force of one compared to the other?

Beta particle A is 30 Å away from a 50+ charged nucleus. Beta particle B is 10 Å away from a 50+ charged nucleus. How many times stronger is the magnitude of the electric force compared to the other?

An electron that has been ejected due to an interaction with radiation particles that goes on to do its own ionizing is called _______________.

Given the same energy, which particle will travel farther in matter, a proton or an electron?