The number of waves in the third orbit of H atom is

Question

The number of waves in the third orbit of H atom is (A) 1 (B) 2 (C) 4 (D) 3

Tardigrade Admin · Accepted Answer

Number of waves = Number of shell Number of waves =-( text Circumference / text de Broglie λ) λ=( h / mv ) Number of waves =(2 π r × m v/h) m v r=(n h/2 π) Number of waves = n Number of waves in third orbit =3

Q. The number of waves in the third orbit of $H$ atom is

1

2

4

3

Number of waves $=$ Number of shell
Number of waves $= - \frac{Circumference}{de Broglie λ}$ $λ = \frac{h}{m v}$
Number of waves $= \frac{2 π r \times m v}{h}$
$m v r = \frac{nh}{2 π}$
Number of waves $= n$
Number of waves in third orbit $= 3$

Q. The number of waves in the third orbit of H atom is

1

2

4

3

Number of waves = Number of shell Number of waves =− de Broglie λ Circumference ​ λ=mvh​ Number of waves =h2πr×mv​ mvr=2πnh​ Number of waves =n Number of waves in third orbit =3

Q. The number of waves in the third orbit of $H$ atom is

Number of waves $=$ Number of shell
Number of waves $= - \frac{Circumference}{de Broglie λ}$ $λ = \frac{h}{m v}$
Number of waves $= \frac{2 π r \times m v}{h}$
$m v r = \frac{nh}{2 π}$
Number of waves $= n$
Number of waves in third orbit $= 3$