![Would the Bohr formula for the H-atom remain unchanged if proton had a charge (+4//3) e and electron a charge (-3//4) e, where e = 1.6 xx 10^(-19) C. Given reasons for you answer. Would the Bohr formula for the H-atom remain unchanged if proton had a charge (+4//3) e and electron a charge (-3//4) e, where e = 1.6 xx 10^(-19) C. Given reasons for you answer.](https://d10lpgp6xz60nq.cloudfront.net/web-thumb/645803998_web.png)
Would the Bohr formula for the H-atom remain unchanged if proton had a charge (+4//3) e and electron a charge (-3//4) e, where e = 1.6 xx 10^(-19) C. Given reasons for you answer.
Using Bohr's formula for energy quantization, the ionisation potential of first excited state of hydrogen atom is: . (1) 13.6V, (2) 3.4V, (3) 2.6V, (4) 1.51V
![Using Bohr's formula for energy quantization, the ionisation potential of the ground state of Li^++ atoms is? Using Bohr's formula for energy quantization, the ionisation potential of the ground state of Li^++ atoms is?](https://dwes9vv9u0550.cloudfront.net/images/2933482/22db6490-b3a6-4de2-aabb-fdfef7385ea6.jpg)
Using Bohr's formula for energy quantization, the ionisation potential of the ground state of Li^++ atoms is?
![Bohr'sches Atommodell - ein Revival ? Entwicklung einer Gesetzmäßigkeit mit Tabellenkalkulation am Beispiel der Balmer-Formel Bohr'sches Atommodell - ein Revival ? Entwicklung einer Gesetzmäßigkeit mit Tabellenkalkulation am Beispiel der Balmer-Formel](https://www.forphys.de/Website/qm/bilder/bohrstatt.gif)