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A 1.5mm surface is being measured on an interferometer. A lamp is used which can emit wave lengths as follows. Red: 0.842 um, Blue: 0.6628 um. What are the nominal fractions expected for the gauge for the two wave lengths? Choices:- b) For Blue light, Nf = 0.3568 For red light, Nf = 1.2589 a) For Blue light, Nf = 0.2222 For red light, Nf = 0.9999 c) For Blue light, Nf = 0.2523 For red light, Nf = 0.9454 d) For Blue light, Nf = 0.2666 For red light, Nf = 35.9454

A 1.5mm surface is being measured on an interferometer. A lamp is used which can emit wave lengths as follows. Red: 0.842 um, Blue: 0.6628 um. What are the nominal fractions expected for the gauge for the two wave lengths? Choices:- b) For Blue light, Nf = 0.3568 For red light, Nf = 1.2589 a) For Blue light, Nf = 0.2222 For red light, Nf = 0.9999 c) For Blue light, Nf = 0.2523 For red light, Nf = 0.9454 d) For Blue light, Nf = 0.2666 For red light, Nf = 35.9454

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question:- A 1.5mm surface is being measured on an interferometer. A lamp is used which can emit wave lengths as follows. Red: 0.842 um, Blue: 0.6628 um. What are the nominal fractions expected for the gauge for the two wave lengths? Choices:- b) For Blue light, Nf = 0.3568 For red light, Nf = 1.2589 %3D a) For Blue light, Nf = 0.2222 For red light, Nf = 0.9999 c) For Blue light, Nf = 0.2523 For red light, Nf = 0.9454 %3D d) For Blue light, Nf = 0.2666 For red light, Nf = 35.9454
Transcribed Image Text:Question:- A 1.5mm surface is being measured on an interferometer. A lamp is used which can emit wave lengths as follows. Red: 0.842 um, Blue: 0.6628 um. What are the nominal fractions expected for the gauge for the two wave lengths? Choices:- b) For Blue light, Nf = 0.3568 For red light, Nf = 1.2589 %3D a) For Blue light, Nf = 0.2222 For red light, Nf = 0.9999 c) For Blue light, Nf = 0.2523 For red light, Nf = 0.9454 %3D d) For Blue light, Nf = 0.2666 For red light, Nf = 35.9454
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