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MS physics 1
middle school physics stock clues 1
| Question | Answer |
|---|---|
| theory of general relativity | Albert Einstein |
| Nobel Prize in physics for the photoelectric effect | Albert Einstein |
| annus mirabilis (miracle year), 1905 | Albert Einstein |
| Brownian motion | Albert Einstein |
| with Satyendra Bose | Albert Einstein |
| the oil drop experiment | electron |
| discovered by JJ Thomson | electron |
| various levels of orbitals | electron |
| outside of the nucleus with a negative charge | electron |
| composed of two up quarks and one down quark | proton |
| would decay into a pion in a positron | proton |
| an extra one belonging to a molecule of water results in a hydronium ion | proton |
| positive particle found in the nucleus | proton |
| its number in an element is the atomic number | proton |
| Ives and Stilwell | the Doppler effect |
| light may blue shift or red shift due to this effect | the Doppler effect |
| a ratio calculated by dividing wave velocity by source velocity plus wave velocity | the Doppler effect |
| the frequency of the wave is changed by the relative motion of an observer | the Doppler effect |
| Robert Mulliken/Mulliken scale | electronegativity |
| Linus Pauling/Pauling scale | electronegativity |
| Sanderson | electronegativity |
| measure of an atom's ability to attract electrons to itself | electronegativity |
| Boltzmann | entropy |
| symbolized S | entropy |
| the amount of disorder in the system | entropy |
| Sackeur-Tetrode equation | entropy |
| this quantity will always increase | entropy |
| Gibbs paradox | entropy |
| represented by the normal force times a coefficient | friction |
| Amontons law | friction |
| an equation named for Coulomb | friction |
| represented by the Greek letter mu | friction |
| force that opposes the motion of two bodies in contact | friction |
| when air resistance exactly counteracts this force an object has reached terminal velocity | gravity |
| acceleration on earth equal to 9.81 m/s squared | gravity |
| it is described on large scales by the general theory of relativity | gravity |
| weakest fundamental force | gravity |
| magnetic field around a closed loop | Ampere's law |
| Maxwell added a displacement current | Ampere's law |
| Biot--Savart law | Ampere's law |
| it is symbolized capital L | angular momentum |
| Clebsch--Gordan coefficients | angular momentum |
| Stern--Gerlach experiment | angular momentum |
| cross product of position and linear momentum | angular momentum |
| product of moment of inertia and angular velocity | angular momentum |
| it is equal to three halves times Boltzmann's constant times temperature | kinetic energy |
| one half mass times velocity squared for a moving object | kinetic energy |
| it is not conserved in inelastic collisions | kinetic energy |
| type of energy possessed by objects in motion | kinetic energy |
| Kennedy and Thorndike | Michelson Morley experiment |
| Dayton Miller | Michelson Morley experiment |
| a slab of marble floating in a pool of Mercury | Michelson Morley experiment |
| a half silvered glass plate | Michelson Morley experiment |
| disproved the existence of the luminiferous ether | Michelson Morley experiment |