Chemistry, asked by diptosen2017, 10 months ago

if the wavelength of the first line of balmer series of the hydrogen atom is 656.1nm, the wavelength of the second line of this series will be

Answers

Answered by sp6559568

Answer:

If the wavelength of the first line of the Balmer series of hydrogen atom is 656.1 nm the wavelngth of the second line of this series would be. λ=5×656.1×163×36=486.0nm

Previous Question

Next Question

Similar questions

Physics, 4 months ago

uses of Physics in day to day life ?? #pointslelo...

Math, 4 months ago

If P(t)=tcube -1 find the value of p(1) and p(-1)...

Science, 4 months ago

English A Q#1: Use the following words and expressions in sentences of your own. a. Disgraceful conduct b. With the insistence of c. Obstinacy d. Put into execution e. Rigorously f. Disastrous effect sentences ...

Science, 10 months ago

importance food of all the living organisms...

English, 10 months ago

talk to your friend about all the thing related to 'seven' for example seven wonders of the world ...

Math, 1 year ago

estimate the square root oh 868...

Chemistry, 1 year ago

pv=constant equation?

Math, 1 year ago

1. Express each of the following in decimal form. 25 Express the following rational ...

if the wavelength of the first line of balmer series of the hydrogen atom is 656.1nm, the wavelength of the second line of this series will be​

Answers

if the wavelength of the first line of balmer series of the hydrogen atom is 656.1nm, the wavelength of the second line of this series will be