A light bulb 14 W emits white light, which is a mixture of various colours in the spectrum. The energy is distributed among the seven colours i.e., red, orange, yellow, green, purple, indigo and blue. If the number of photons n emitted from each colour is equal, then the frequency of green colour is (The frequency of all the colours of white light are in AP)(ntime)=5.5×1018 s−1

A light bulb 14 W emits white light, which is a mixture of various col

1.	A light bulb 14 W emits white light, which is a mixture of various colours in the spectrum. The energy is distributed among the seven colours i.e., red, orange, yellow, green, purple, indigo and blue. If the number of photons n emitted from each colour is equal, then the frequency of green colour is (The frequency of all the colours of white light are in AP)(ntime)=5.5×1018 s−1
Answer» A light bulb $14 W$ emits white light, which is a mixture of various colours in the spectrum. The energy is distributed among the seven colours i.e., red, orange, yellow, green, purple, indigo and blue. If the number of photons $n$ emitted from each colour is equal, then the frequency of green colour is (The frequency of all the colours of white light are in AP) $(\frac{n}{time}) = 5.5 \times 10^{18} s^{- 1}$