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If the expanding layers of a supernova move at a constant velocity of v = 10, 000 %3D km/s and the supernova is composed fully of M = 2.4 x 10' kg of pure hydrogen, how long must we wait before the core of the supernova becomes optically thin to Thomson scattering?

If the expanding layers of a supernova move at a constant velocity of v = 10, 000 %3D km/s and the supernova is composed fully of M = 2.4 x 10' kg of pure hydrogen, how long must we wait before the core of the supernova becomes optically thin to Thomson scattering?

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3. If the expanding layers of a supernova move at a constant velocity of v = 10, 000 km/s and the supernova is composed fully of M = 2.4 x 1031 kg of pure hydrogen, how long must we wait before the core of the supernova becomes optically thin to Thomson scattering?
Transcribed Image Text:3. If the expanding layers of a supernova move at a constant velocity of v = 10, 000 km/s and the supernova is composed fully of M = 2.4 x 1031 kg of pure hydrogen, how long must we wait before the core of the supernova becomes optically thin to Thomson scattering?
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