During the transition of an electron from state A to state C of a Bohr atom, the wavelength of emitted radiati…

Question

During the transition of an electron from state $A$ to state $C$ of a Bohr atom, the wavelength of emitted radiation is $2000 \, \text{Å}$ , and it becomes $6000 \, \text{Å}$ when the electron jumps from state $B$ to state $C$ . Then the wavelength of the radiation emitted during the transition of electrons from state $A$ to state $B$ is:

A
$3000 \, \text{Å}$
B
$6000 \, \text{Å}$
C
$4000 \, \text{Å}$
D
$2000 \, \text{Å}$

Accepted Answer

A. $$3000 \, 	ext{Å}$$

Answer

B. $$6000 \, 	ext{Å}$$

Answer

C. $$4000 \, 	ext{Å}$$

Answer

D. $$2000 \, 	ext{Å}$$

Answer & step-by-step solution

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