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Part 2 A light beam with an irradiance of 450 W/n impinges normally on a surface that reflects 60.0% and absorbs 40.0%. a)". 'The radiation pressure due to reflection P, is given by: Choose one: 0.6 x 2 x 450 0.4 x 2 x 450 0.5 x 2 x 450 (3 x 10) (3 x 10*) (3 x 10*) b) E Calculate P, P,= N/m2 c). Calculate the radintion pressure due to absorption Pa. P. N/m2 d) Assuming that P. 9 x 10 IN/m? and Pa 1.2 x 10 °N/m, compute the resulting radiation pressure P on the surface. N/m2

Part 2 A light beam with an irradiance of 450 W/n impinges normally on a surface that reflects 60.0% and absorbs 40.0%. a)". 'The radiation pressure due to reflection P, is given by: Choose one: 0.6 x 2 x 450 0.4 x 2 x 450 0.5 x 2 x 450 (3 x 10) (3 x 10*) (3 x 10*) b) E Calculate P, P,= N/m2 c). Calculate the radintion pressure due to absorption Pa. P. N/m2 d) Assuming that P. 9 x 10 IN/m? and Pa 1.2 x 10 °N/m, compute the resulting radiation pressure P on the surface. N/m2

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Part 2 A light beam with an irradiance of 450 W/mn impinges normally on a surface that reflects 60.0% and absorbs 40.0%. a)". "The radiation pressure due to reflection P, is given by: Choose one: 0.6 x 2 x 450 0.4 x 2 x 450 0.5 x 2 x 450 (3 x 10") (3 x 10") (3 x 10") b) E Calculate P P, N/m2 c) Calculate the radiation pressure due to absorption Pa. P. N/m? d) Assuming that P. 9 x 10 N/m? and Pa 1.2 x 10 °N/m, compute the resulting radiation pressure P. on the surface. P. N/m2
Transcribed Image Text:Part 2 A light beam with an irradiance of 450 W/mn impinges normally on a surface that reflects 60.0% and absorbs 40.0%. a)". "The radiation pressure due to reflection P, is given by: Choose one: 0.6 x 2 x 450 0.4 x 2 x 450 0.5 x 2 x 450 (3 x 10") (3 x 10") (3 x 10") b) E Calculate P P, N/m2 c) Calculate the radiation pressure due to absorption Pa. P. N/m? d) Assuming that P. 9 x 10 N/m? and Pa 1.2 x 10 °N/m, compute the resulting radiation pressure P. on the surface. P. N/m2
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