A particle of mass m moves in a circular orbit in a central potential field U(r) = 
k
. If Bohr's quantization conditions are applied, radii of possible orbitals and energy levels vary with quantum number n as
a.
rn 
, En 
b.
rn 
, 
c.
rn 
, En 
n
d.
rn 
, 
k . If Bohr's quantization conditions are applied, radii of possible orbitals and energy levels vary with quantum number n asa.
rn , En
b.
rn ,
c.
rn , En n
d.
rn ,
Question ID - 50626 | SaraNextGen Top Answer A particle of mass m moves in a circular orbit in a central potential field U(r) = k . If Bohr's quantization conditions are applied, radii of possible orbitals and energy levels vary with quantum number n as
a.
rn , En
b.
rn ,
c.
rn , En n
d.
rn ,
A particle of mass m moves in a circular orbit in a central potential field U(r) = k . If Bohr's quantization conditions are applied, radii of possible orbitals and energy levels vary with quantum number n as
|
a. |
rn |
b. |
rn |
|
c. |
rn |
d. |
rn |
1 Answer
127 votes
= kr = 
n
k
+ 
r2
k
+ 
n127