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As an excited electron jumps from a higher energy level E, to a lower one E(n-1), the wavelength (A) of the emitted light would be Ohc/(En-E(n-1)) O hc/√(En-E(n-1)) Ohc²/(En-E(n-1) Ohc/(En-E(n-1)²

As an excited electron jumps from a higher energy level E, to a lower one E(n-1), the wavelength (A) of the emitted light would be Ohc/(En-E(n-1)) O hc/√(En-E(n-1)) Ohc²/(En-E(n-1) Ohc/(En-E(n-1)²

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As an excited electron jumps from a higher energy level En to a lower one E(n-1), the wavelength (X) of the emitted light would be O hc/(En-E(n-1)) hc/√(En-E(n-1)) hc²/(En-E(n-1)) hc/(En-E(n-1))²
Transcribed Image Text:As an excited electron jumps from a higher energy level En to a lower one E(n-1), the wavelength (X) of the emitted light would be O hc/(En-E(n-1)) hc/√(En-E(n-1)) hc²/(En-E(n-1)) hc/(En-E(n-1))²
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