The illustration shows the
spectrum of electromagnetic radiation emitted by a blackbody at two
different Kelvin temperatures. The range of visible frequencies
(those that can be detected by the human eye) is also shown.(a) No
matter what the value of the Kelvin temperature T, the
spectrum decreases to zero at very high frequencies. Why is
this?(i) At very high frequencies the photon energy is very small
compared to kT.(ii) At very high frequencies the photon
energy is very large compared to kT.(ii) At very high
frequencies there are very few standing wave patterns in a
blackbody cavity.(iv) Both (i) and (iii) are true.(v) Both (ii) and
(iii) are true.
Homework Answers
No matter what the value of the Kelvin temperature T, the spectrum decreases to zero at very high frequencies.
Beacause
At very high frequencies the photon energy is very large compared to kT
Option ( ii )
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The illustration shows the
spectrum of electromagnetic radiation emitted by a blackbody at two
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The illustration shows the spectrum of electromagnetic radiation emitted by a blackbody at two different Kelvin...
The illustration shows the
spectrum of electromagnetic radiation emitted by a blackbody at two
different Kelvin temperatures. The range of visible frequencies
(those that can be detected by the human eye) is also shown. (a) No
matter what the value of the Kelvin temperature T, the spectrum
decreases to zero at very high frequencies. Why is this? (i) At
very high frequencies the photon energy is very small compared to
kT. (ii) At very high frequencies the photon energy is...
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The illustration shows the
spectrum of electromagnetic radiation emitted by a blackbody at two
different Kelvin temperatures. The range of visible frequencies
(those that can be detected by the human eye) is also shown. (a) No
matter what the value of the Kelvin temperature T, the spectrum
decreases to zero at very high frequencies. Why is this? (i) At
very high frequencies the photon energy is very small compared to
kT. (ii) At very high frequencies the photon energy is...
(b) Fill in the
blanks in each of the following statements with the word
red, the word violet, the word infrared,
the word ultraviolet, or the phrase don’t
know.(i) For the lower-temperature blackbody, in the visible
range (from red to violet) the blackbody emits more __________
light than it does __________ light. Hence to the naked eye the
color of the light emitted by this lower-temperature blackbody will
be __________, even though the frequency at which this blackbody
emits most...
Activity 26-2 [continued). (b) Fill in the blanks in each of *k Range of visible frequencies 11 Red || Violet the following statements with the word red, the word violet, the word infrared, the word Blackbody spectrum for higher temperature ultraviolet, or the phrase don't Intensity per frequency interval know. Blackbody Il spectrum for || lower temperature Frequency f 0 (i) For the lower-temperature blackbody, in the visible range (from red to violet) the blackbody emits more light than it...
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points)
3. Using Figure 1 in the paper, briefly describe the different
sources of ATP production at 50% versus 90% AND explain whether you
believe this depiction of ATP production applies to a Type IIX
myofiber in a human....
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