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The temperature of a furnace is 827^@C. ...

The temperature of a furnace is `827^@C`. At which wavelength will it radiate maximum energy?

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To find the wavelength at which the furnace radiates maximum energy, we will use Wien's Displacement Law. Here’s a step-by-step solution: ### Step 1: Convert the Temperature to Kelvin The temperature given is in Celsius (°C). We need to convert it to Kelvin (K) using the formula: \[ T(K) = T(°C) + 273.15 \] For the given temperature of \(827°C\): ...
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MODERN PUBLICATION-THERMAL PROPERTIES OF MATTER-REVISION EXERCISE (NUMERICAL PROBLEM)
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  10. A wooden box having dimensions 80 cm x 60 cm x 30 cm and thickness 3 c...

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  14. Water placed in a container cools from 80^@C to 70^@C in 5 minutes. H...

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  16. By which factor the radiation emitted by a body will increase if the t...

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  17. A metallic ball of surface area 300 cm^2 at a temperature of 227^@C ...

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  18. The wavelength of maximum energy distribution by a star A is 4500 Å at...

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  19. The temperature of a furnace is 827^@C. At which wavelength will it ra...

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