F the wavelength of k az xray line of an element is 1.544 a, then the atomic number (z) of the element is (rydberg constant r= 1.097x 107 m and velocity of ligh

sees

see

see

seee

but sir answer is 29 ..................read the comments in this post and you will get which point you have to clarify me??🙏🙏🙏🙏

yes dear it's 29 I have mistake in calculation.... for right calculation.. go through attachment by tubby ma'am.....

sir there ,too confusion ,I have in ruby mam solution

for x-ray line of spectrum the frequency is directly proportional to square of the element and in hydrogen spectrum it is directly proportional to atomic number but mam has taken Z instead of Z²

what confusion dear .

I already replied

Mam!!! in hydrogen atom spectrum the frequency is directly proportional to atomic number Z but in x-ray line of spectrum, frequency is directly proportional to square of the atomic number of the element Z²...........................and here is the question of X-Ray line spectrum but you are taken the frequency as just directly proportional to atomic number and not square of it???

mam see👆👆👆

in hydrogen atom spectrum the frequency is directly proportional to atomic number Z but in x-ray line of spectrum, frequency is directly proportional to square of the atomic number of the element Z²

ohh yeah, I mistakly right it... u can see the right side part of page, that is the clear and ans is 29

the formula is right side of page is correct ... as it contains square of (z-1)^2

see solution

for any doubt

u can ask .

best

regards

👍

for any doubt

u can ask...

best regards

sir provide me this answer as well.................. I can't understand it

but the above answer which you had solved is 29!!!!!😓😓

in Z problem,do the calculation part yourself once,I might have missed something.

and I will send u solution for probability problem later