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Fundamental Measurements on Atoms and Electrons
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accelerated alpha particle angle Angstrom unit atomic mass atomic number Avogadro’s number beam binding energy Bohr model Bragg Broglie Calculate the energy Calculate the wavelength clock collisions Compton conﬁguration covalent bond crystal diﬂerent elec electric ﬁeld electron volts emitted energy difference energy levels equation Example experiment experimental ﬁlled frequency gamma ray germanium hydrogen atom incident indicated in Figure ionization ions kg-m/sec kinetic energy m/sec magnetic ﬁeld maximum kinetic energy measure metal Mev/c molecules moving NaCl neutrons nuclear nucleus observed ofthe oil drop orbital angular momentum p-n junction Pauli exclusion principle photoelectric effect photoelectron photon photon energy physics Planck’s constant plates positive charge positron potential difference potential energy predicted produced quantized quantum number radiation radius recoil reﬂected relative rest mass result Rutherford semiconductors shell slit sodium Solution spacing speciﬁc heat temperature terminal velocity tion trons uncertainty principle velocity of light voltage wavelength zero