Review Drill #17

1	direction of the current induced in a coil when a north pole of a permanent bar magnet is moved at a constant velocity within the coil
2	direction of the current induced in a coil lying flat on a table when the number of vertical magnetic field lines, oriented along the +z-axis, passing through the coil is decreased
3	type of current produced by rotating a coil within a magnetic field
4	general equation for the operation of a motor
5	general equation for the operation of a generator
6	distinguish between elastic and inelastic collisions
7	symbol for a capacitor
8	formula to relate work done and energy
9	when is energy conserved?
10	what is the formula to used to calculate the number of undecayed nuclei present in a sample given the time and the sample's half-life?
11	what does the term half-life mean?
12	state the decay reaction that produces beta rays?
13	describe the decay mode that produces gamma rays?
14	alpha particles are _____ nuclei
15	which type of natural radiactivity passes undeviated through a magnetic field
16	how are x-rays formed?
17	what is the formula that calculates the DeBroglie wavelength of matter waves?
18	what is the formula that calculates the momentum of electromagnetic radiation?
19	Whose experiment gave evidence of the wave nature of electrons?
20	Whose experiment gave evidence of the particle nature of x-ray photons?
21	Whose experiment showed that the atom has a small, concentrated nucleus?
22	Whose experiment showed that the charge to mass ratio of oil drops were mutliples of a smallest quantity?
23	Is the photoelectric effect evidence for the wave nature or particle nature of light?
24	As the wavelength decreases, what happens to the interference pattern produced by two slits?
25	As the distance between two slits decreases, what happens to the interference pattern produced by light of a given wavelength passing through those slits?

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