A standing wave having 3 nodes and 2 antinodes is formed between two atoms having a distance 1-21mathring - A - between them- The wavelength of the standing wave is3-63mathring - A - 1-21mathring - A - 4-84mathring - A - 5-86mathring - A -

Question

A standing wave having 3 nodes and 2 antinodes is formed between two atoms having a distance 1-21mathring - A -  between them- The wavelength of the standing wave is3-63mathring - A - 1-21mathring - A - 4-84mathring - A - 5-86mathring - A -

Toppr Admin · Accepted Answer

The correct option is A 1-21-x2DA-AThe given situation can be shown asGiven the distance between the two atoms -1-21-x2DA-Aso- the wavelength of the standing wave is-x3BB-2-x3BB-2-x3BB-1-21-x2DA-A

A standing wave having $3$ nodes and $2$ antinodes is formed between two atoms having a distance $1.21 ˚ A$ between them. The wavelength of the standing wave is
$3.63 ˚ A$
$1.21 ˚ A$
$4.84 ˚ A$
$5.86 ˚ A$

The correct option is A $1.21 ˚ A$
The given situation can be shown as
Given the distance between the two atoms $= 1.21 ˚ A$
so, the wavelength of the standing wave is
$\frac{λ}{2} + \frac{λ}{2} = λ = 1.21 ˚ A$

A standing wave having 3 nodes and 2 antinodes is formed between two atoms having a distance 1.21˚A between them. The wavelength of the standing wave is3.63˚A1.21˚A4.84˚A5.86˚A

The correct option is A 1.21˚AThe given situation can be shown asGiven the distance between the two atoms =1.21˚Aso, the wavelength of the standing wave isλ2+λ2=λ=1.21˚A

A standing wave having $3$ nodes and $2$ antinodes is formed between two atoms having a distance $1.21 ˚ A$ between them. The wavelength of the standing wave is
$3.63 ˚ A$
$1.21 ˚ A$
$4.84 ˚ A$
$5.86 ˚ A$

The correct option is A $1.21 ˚ A$
The given situation can be shown as
Given the distance between the two atoms $= 1.21 ˚ A$
so, the wavelength of the standing wave is
$\frac{λ}{2} + \frac{λ}{2} = λ = 1.21 ˚ A$