The wave number of the spectral line in the emission spectrum of hydrogen will be equal to $\frac{8}{9}$ times the Rydberg's constant if the electron jumps from

  • A
    $n=3$ to $n=1$
  • B
    $n=10$ to $n=1$
  • C
    $n=9$ to $n=1$
  • D
    $n=2$ to $n=1$

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Assertion : For Balmer series of hydrogen spectrum,the value $n_1 = 2$ and $n_2 = 3, 4, 5...$
Reason : The value of $n$ for a line in Balmer series of hydrogen spectrum having the highest wavelength is $4$ and $6$.

The energy of an electron in the first orbit of a hydrogen atom is $-13.6 \ eV$. The possible energy value for an electron in the excited state is ............ $eV$.

What is the kinetic energy of an electron in the second excited state of $He^{+}$? (Energy of an electron in the first shell of $H = -13.6 \ eV$)

How many spectral lines of the Balmer series are present in the visible region?

In a $He^{+}$ ion,an electronic transition occurs from orbit $n_2$ to $n_1$ such that:
$2n_2 + 3n_1 = 18$
$2n_2 - 3n_1 = 6$
What is the total number of photons emitted when the electron transitions to the $n_1$ orbit?

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