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The kinectic energy of the electron present in the ground state of Li2+ ion is represented by 1) (3e^2)÷(8pi ε0r ) 2) (3e^2)÷(8pi ε0r )

The kinectic energy of the electron present in the ground state of Li2+ ion is represented by 
 
1) (3e^2)÷(8piε0r)
2) (3e^2)÷(8piε0r)

Grade:11

3 Answers

Umakant biswal
5349 Points
7 years ago
@ yagnesh 
Kindly recheck your question once , both the options given by you is same , 
both oif them are correct as u asked about the lithium atom , 
for hydrogen it will be 4 pie . 
HOPE IT CLEARS 
ALL THE BEST ..
Sahabudin
56 Points
7 years ago
rechek your option because both of them are same and correct you asked about lithiun atom for hydrogen 
and it has 4 
all the best for your exam 
Yagnesh Devada
22 Points
7 years ago
 
The kinectic energy of the electron present in the ground state of Li2+ ion is represented by 
 
1) (3e^2)÷(4piε0r)
2) (3e^2)÷(8piε0r)
 
Could you please explain how you got this?@Sahabudin @Umakant 
Thanks 

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