Chapter 16, Problem 16.15QAP

Interpretation Introduction

(a)

Interpretation:

The wavenumber at the following frequency and the frequency of the transducer is to be stated:

The velocity of the Michelson interferometer is $1.00\text{cm}/\text{s}$ and the natural frequency of the radiation is $9.10\times {10}^{13}\text{Hz}$.

Concept introduction:

Frequency refers to the number of times or number of the occurrences of a particular event in a unit of time. The wavenumber is the spatial frequency of the wave. The wavenumber is generally used a unit of temporal frequency.

Interpretation Introduction

(b)

Interpretation:

The wavenumber at the following frequency and the frequency of the transducer:

The velocity of the Michelson interferometer is $1.00\text{cm}/\text{s}$ and the natural frequency of the eradiation is $9.20\times {10}^{13}\text{Hz}$.

Concept introduction:

Frequency refers to the number of times or number of the occurrences of a particular event in a unit of time. The wavenumber is the spatial frequency of the wave. The wavenumber is generally used a unit of temporal frequency.

Interpretation Introduction

(c)

Interpretation:

The wavenumber at the following frequency and the frequency of the transducer is to be stated:

The velocity of the Michelson interferometer is $1.00\text{cm}/\text{s}$ and the natural frequency of th eradiation is $9.30\times {10}^{13}\text{Hz}$.

Concept introduction:

Frequency refers to the number of times or number of the occurrences of a particular event in a unit of time. The wavenumber is the spatial frequency of the wave. The wavenumber is generally used a unit of temporal frequency.