Given below are two statements

Statement I: The Balmer spectral line for H-atom with lowest energy is located at \(\frac{5}{36} R _{ H } cm ^{-1}\). \(\left( R _{ H }=\right.\) Rydberg constant \()\)
Statement II: When the temperature of blackbody increases, the maxima of the curve (intensity Vs wavelength) shifts to shorter wavelength.

In the light of the above statements, choose the correct answer from the options given below

[Re-NEET 2024]

Question

Given below are two statements

Statement I: The Balmer spectral line for H-atom with lowest energy is located at \(\frac{5}{36} R _{ H } cm ^{-1}\). \(\left( R _{ H }=\right.\) Rydberg constant \()\)
Statement II: When the temperature of blackbody increases, the maxima of the curve (intensity Vs wavelength) shifts to shorter wavelength.

In the light of the above statements, choose the correct answer from the options given below

[Re-NEET 2024]

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Given below are two statements Statement I: The Balmer spectral line for H-atom with lowest energy is located at \(\frac…

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