(B) Given: $n_2 = 8$ and $n_1 = 1$.The number of spectral lines emitted during the transition of an electron from $n_2$ to $n_1$ is given by the formu

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(B) Given: $n_2 = 8$ and $n_1 = 1$.The number of spectral lines emitted during the transition of an electron from $n_2$ to $n_1$ is given by the formula:$\text{Number of spectral lines} = \frac{(n_2 - n_1)(n_2 - n_1 + 1)}{2}$Substituting the values:$\text{Number of spectral lines} = \frac{(8 - 1)(8 - 1 + 1)}{2} = \frac{7 \times 8}{2} = 28$.

Class 11 Chemistry Structure of Atom Atomic models and Planck's quantum theory

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How many spectral lines are obtained when an electron transitions from the $8^{th}$ orbit to the $1^{st}$ orbit in a hydrogen atom?

A
$16$
B
$28$
C
$56$
D
$14$

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Class 11

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Structure of Atom

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Atomic models and Planck's quantum theory

The radii of the first Bohr orbit of $H$ $(r_{H})$,$He^{+}$ $(r_{He^{+}})$ and $Li^{2+}$ $(r_{Li^{2+}})$ are in the order

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Calculate the radius of the first orbit of $He^{+}$. (in $pm$)

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What is the maximum wavelength line in the Lyman series of $He^{+}$ ion?

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What is the difference in the line spectrum of different atoms compared to the hydrogen atom?

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Wave number of a spectral line for a given transition is $y \ cm^{-1}$ for $He^{+}$,then its value for $Li^{2+}$ for the same transition is

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How many spectral lines are obtained when an electron transitions from the $8^{th}$ orbit to the $1^{st}$ orbit in a hydrogen atom?

Similar Questions

The radii of the first Bohr orbit of $H$ $(r_{H})$,$He^{+}$ $(r_{He^{+}})$ and $Li^{2+}$ $(r_{Li^{2+}})$ are in the order

Calculate the radius of the first orbit of $He^{+}$. (in $pm$)

What is the maximum wavelength line in the Lyman series of $He^{+}$ ion?

What is the difference in the line spectrum of different atoms compared to the hydrogen atom?

Wave number of a spectral line for a given transition is $y \ cm^{-1}$ for $He^{+}$,then its value for $Li^{2+}$ for the same transition is

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