Great Ideas in Physics
Physics 105
Fall 2002
The final exam (17 December 2002, 1:30-4:30pm) will consist of 80 multiple choice questions
similar to those on the two tests. There will be 8 questions from each of Chapters 13-18,
and 32 questions equally distributed among the first 12 chapters. Please use the Sample Exam Questions
below to study. This works only from a .wm.edu ip address. If you have any troubles with
this, or you think it's giving wrong answers (read: programming bug), please let me know immediately.
Chapter 13
Quantum theory, photoelectric effect, quantized, photons, Planck's constant
particle theory of radiation, wave theory of matter, wave-particle duality,
electron wave interference, double-slit experiment, electron microscope,
quantum indeterminacy, probability, probability wave, psi field, Schroedinger
equation, quantum theory of matter and radiation.
Chapter 14
Spectroscope, spectrum, continuous spectrum, line spectrum, planetary model of the atom,
quantum model of the atom, standing wave, quantum states of hydrogen, quantum numbers,
energy level, energy-level diagram, ground state, excited state, quantum jump, emission of
radiation, indeterminacy principle, range of possibilities, wave packet, nonlocal effect,
quantum entanglement, statistical correlation, Copenhagen interpretation, Newtonian
worldview, contextual reality.
Chapter 15
Four forces, strong nuclear force, weak nuclear force, electromagnetic force, gravitational
force, nuclear reaction, element, atomic number, isotope, mass number, radioactive decay,
alpha decay, beta decay, gamma decay, daughter nucleus, radioactive nucleus, half-life,
radioactive dating, cosmic rays, ages, ionizing radiation, rem, millirem, mutation,
natural radiation, artificial radiation, radon, fallout, Chernobyl, quantitative risk
estimates.
Chapter 16
Nuclear fusion, nuclear fission, nuclear energy, thermonuclear reaction, big bang,
cosmic background radiation, supernova explosion, fission fragment, chain reaction,
Manhattan Project, Hiroshima and Nagasaki, isotope separation, gaseous diffusion,
critical mass, nuclear reactor, nuclear weapon proliferation, fission bomb (A-bomb),
fusion bomb (H-bomb), kiloton, megaton.
Chapter 17
Renewable energy sources, non-renewable energy sources, energy conservation, energy
efficiency, nuclear power reactor, control rods, coolant, fuel rods, containment dome,
technology assessment, global warming, decarbonization, high-level nuclear waste,
Three Mile Island, melt-down, breeder reactor, hydroelectric, biomass, geothermal,
wind, solar-thermal, photovoltaic, active solar, passive solar.
Chapter 18
Field view of reality, field, quantized field, quanta, quantum field theory, quantum
electrodynamics, cloud chamber, bubble chamber, antiparticle, creation and annihilation
of particle-antiparticle pairs, positron, antimatter, particle accelerator, vacuum,
Lamb shift, muon, tau, neutrino, electroweak force, W and Z particles, strong force,
up, down, strange, charm, top, bottom quarks, standard model, Higgs field, grand unified
theory, Higgs particle, graviton, Planck scale, string theory, anthropic principle.
Sample Final Exam Questions
Chapter 1
Chapter 2
Chapter 3
Chapter 4
Chapter 5
Chapter 6
Chapter 7
Chapter 8
Chapter 9
Chapter 10
Chapter 11
Chapter 12
Chapter 13
Chapter 14
Chapter 15
Chapter 16
Chapter 17
Chapter 18
Last Modified 5 December 2002
griff@physics.wm.edu