Table 40.1 Work 11.) When 445 nm light strikes a certain metal surface, the stopping potential is 58% of that which results when 410nm light strikes the same metal. Based on this information and the table shown Functions of Selected identify the metal. Metals Metal (eV) Na 2.46 Al 4.08 Fe Cu 4.70 Zn 4.31 Ag 4.73 Pu 6.35 Pb Nate Values are typical for metals listed. Actual values may vary depending on whether the metal is a single crystal or polycrystalline. Valors may also depend the face from which dectrons are ejected from crystalline metals. Furthermore, different experimental procedures may produce differing values.
Table 40.1 Work 11.) When 445 nm light strikes a certain metal surface, the stopping potential is 58% of that which results when 410nm light strikes the same metal. Based on this information and the table shown Functions of Selected identify the metal. Metals Metal (eV) Na 2.46 Al 4.08 Fe Cu 4.70 Zn 4.31 Ag 4.73 Pu 6.35 Pb Nate Values are typical for metals listed. Actual values may vary depending on whether the metal is a single crystal or polycrystalline. Valors may also depend the face from which dectrons are ejected from crystalline metals. Furthermore, different experimental procedures may produce differing values.
College Physics
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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Transcribed Image Text:11.) When 445 nm light strikes a certain metal surface, the stopping
potential is 58% of that which results when 410nm light strikes
the same metal. Based on this information and the table shown
identify the metal.
Table 40.1 Work
Functions of Selected
Metals
Metal
(eV)
Na
2.46
Al
4.08
Fe
4.50
Cu
4.70
Zn
4.31
Ag
4.73
P
Pb
4.14
Nate Values are typical for metal listed.
Actual values may vary depending on
whether the metal is a single crystal or
polycrystalline. Valors may also depend
on the face from which dectrons
are ejected from crystalline metals.
Furthermore, different experimental
procedures may produce differing
valors.
Cogging
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