The wavelength of an electron for transition from a state n1 to n2 is ( 9/8R). Which of the following wavelengths is possible for a transition from n2 to n1.

Question

The wavelength of an electron for transition from a state n1 to n2 is ( 9/8R). Which of the following wavelengths is possible for a transition from n2 to n1. (A) (16/15R) (B) (4/3R) (C) (9/8R) (D) (36/5R)

Tardigrade Admin · Accepted Answer

equal amount of energy is required to excite an electron to higher level and when it come back from higher to lower level

Q. The wavelength of an electron for transition from a state $n_{1}$ to $n_{2}$ is $\frac{9}{8 R}$ . Which of the following wavelengths is possible for a transition from $n_{2}$ to $n_{1}$ .

$\frac{16}{15 R}$

$\frac{4}{3 R}$

$\frac{9}{8 R}$

$\frac{36}{5 R}$

equal amount of energy is required to excite an electron to higher level and when it come back from higher to lower level

Q. The wavelength of an electron for transition from a state n1​ to n2​ is 8R9​. Which of the following wavelengths is possible for a transition from n2​ to n1​.

15R16​

3R4​

8R9​

5R36​

equal amount of energy is required to excite an electron to higher level and when it come back from higher to lower level

Q. The wavelength of an electron for transition from a state $n_{1}$ to $n_{2}$ is $\frac{9}{8 R}$ . Which of the following wavelengths is possible for a transition from $n_{2}$ to $n_{1}$ .

$\frac{16}{15 R}$

$\frac{4}{3 R}$

$\frac{9}{8 R}$

$\frac{36}{5 R}$