The wavelength of maximum intensity of emission of solar radiation is - m- 4753 Ao and from moon it is 14 -mm- The surface temperature of sun and moon aregiven b- 2-898- 10 -3 meter-kelvin

The correct option is A 6097 K, 207K λ T = b So, T = bλ Putting the values for sun and moon, We get the temperature of sun = 6097 KAnd tem ...

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Standard XII

Physics

Work Energy Theorem Application

The wavelengt...

Question

The wavelength of maximum intensity of emission of solar radiation is $λ_{m} = 4753 A^{o}$ and from moon it is 14 $μ$ mm. The surface temperature of sun and moon are(given $b =$ $2.898 \times 10$ $^{- 3}$ meter-kelvin)

6097 K, 207K

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8097 K, 307 K

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10000 K,400 K

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3000 K, 100 K

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Solution

The correct option is A 6097 K, 207K
$λ T$ $= b$
So, $T = \frac{b}{λ}$
Putting the values for sun and moon,
We get the temperature of sun = $6097$ K
And temperature of moon = $207$ K

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The wavelength of maximum intensity of emission of solar radiation is λm=4753Ao and from moon it is 14μmm. The surface temperature of sun and moon are(given b= 2.898×10−3 meter-kelvin)

The correct option is A 6097 K, 207KλT =bSo, T=bλPutting the values for sun and moon, We get the temperature of sun = 6097 KAnd temperature of moon = 207 K

The wavelength of maximum intensity of emission of solar radiation is $λ_{m} = 4753 A^{o}$ and from moon it is 14 $μ$ mm. The surface temperature of sun and moon are(given $b =$ $2.898 \times 10$ $^{- 3}$ meter-kelvin)

The correct option is A 6097 K, 207K
$λ T$ $= b$
So, $T = \frac{b}{λ}$
Putting the values for sun and moon,
We get the temperature of sun = $6097$ K
And temperature of moon = $207$ K