The sun’s surface temperature is about 5800 K. (a) About how much electromagnetic wave energy does a cubic meter of space near the sun’s surface contain? A cubic meter of space near the sun's surface contains ____ J/m3 of electromagnetic wave energy. (b) What is the most probable photon energy εp (in eV) for photons emitted by the sun? The most probable energy εp for photons emitted by the sun is ______ eV
The sun’s surface temperature is about 5800 K. (a) About how much electromagnetic wave energy does a cubic meter of space near the sun’s surface contain? A cubic meter of space near the sun's surface contains ____ J/m3 of electromagnetic wave energy. (b) What is the most probable photon energy εp (in eV) for photons emitted by the sun? The most probable energy εp for photons emitted by the sun is ______ eV
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The sun’s surface temperature is about 5800 K.
(a) About how much
sun’s surface contain?
A cubic meter of space near the sun's surface contains ____ J/m3 of
electromagnetic wave energy.
(b) What is the most probable photon energy εp (in eV) for photons emitted by the sun?
The most probable energy εp for photons emitted by the sun is ______ eV
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