Question

Position is the conjugate variable of this quantity since it is the Fourier transform of this quantity. For 10 points each:
[10m] Name this quantity which is inversely proportional to a particle’s de Broglie wavelength.
ANSWER: linear momentum [reject “angular momentum”]
[10e] Position and momentum are the subject of an uncertainty principle named after this German physicist.
ANSWER: Werner Karl Heisenberg [accept Heisenberg uncertainty principle; prompt on HUP]
[10h] The uncertainty principle states the product of the standard deviations of position and momentum is greater than this constant over two. In the Bohr model, angular momentum equals integer multiples of this constant.
ANSWER: reduced Planck constant [or h bar; reject “Planck’s constant”; reject “h”]
<Physics>

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Summary

2024 ACF Fall at CornellfallY912.2278%33%11%
2024 ACF Fall at Ohio StatefallY813.75100%13%25%
2024 ACF Fall at WashingtonfallY618.33100%67%17%
2024 ACF Fall at GeorgiafallY1014.0090%30%20%
2024 ACF Fall at North CarolinafallY913.3389%22%22%
2024 ACF Fall at Claremont CollegesfallY522.00100%80%40%
2024 ACF Fall at RutgersfallY827.5075%100%100%
2024 ACF Fall at RutgersfallY815.00100%38%13%
2024 ACF Fall at IllinoisfallY920.00100%44%56%

Data

CWRU A (UG) Miami B (UG) 010010
West Virginia B (UG) CWRU B (DII) 010010
Michigan State B Jefferson County Scholars (DII)010010
Michigan B (UG)Miami A (UG) 10101030
Michigan State A West Virginia A (UG) 0101020
Michigan A (UG) Ohio State A (UG) 010010
Ohio State B (DII) Miami C (DII) 010010
CWRU C (UG)Ohio State C (DII) 010010