Chat with tutor

Ask Questions, Get Answers


a single electron orbit around a stationary nucleus of +Ze where Z is a con

a single electron orbit around a stationary nucleus of +Ze where Z is a constant and e is the magnitude of electronic charge. it requires 47.2eV to exit the electron from the 2nd bohr orbit to the 3rd. find (i) the value of Z. (ii) the energy require to excite the electron from the 3rd to the 4th orbit. (iii) the wavelength of the electromagnetic radiation require to remove the electron from 1st bohr orbit to infinity. (iv) the K.E, P.E and the angular momentum of the electron in the 1st orbit. (v) the radius of the bohr orbit

1 Answer




Help Clay6 to be free
Clay6 needs your help to survive. We have roughly 7 lakh students visiting us monthly. We want to keep our services free and improve with prompt help and advanced solutions by adding more teachers and infrastructure.

A small donation from you will help us reach that goal faster. Talk to your parents, teachers and school and spread the word about clay6. You can pay online or send a cheque.

Thanks for your support.
Please choose your payment mode to continue
Home Ask Homework Questions
Your payment for is successful.
Clay6 tutors use Telegram* chat app to help students with their questions and doubts.
Do you have the Telegram chat app installed?
Already installed Install now
*Telegram is a chat app like WhatsApp / Facebook Messenger / Skype.