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The Rate of Energy Transport of an Electromagnetic Wave Per

Question 26

Multiple Choice

The rate of energy transport of an electromagnetic wave per unit area is given by:


A) the vector The rate of energy transport of an electromagnetic wave per unit area is given by: A) the vector B) the Poynting vector C) the Poynting vector divided by the area D) the Poynting vector divided by time E) the Poynting vector multiplied by time
B) the Poynting vector The rate of energy transport of an electromagnetic wave per unit area is given by: A) the vector B) the Poynting vector C) the Poynting vector divided by the area D) the Poynting vector divided by time E) the Poynting vector multiplied by time
C) the Poynting vector The rate of energy transport of an electromagnetic wave per unit area is given by: A) the vector B) the Poynting vector C) the Poynting vector divided by the area D) the Poynting vector divided by time E) the Poynting vector multiplied by time divided by the area
D) the Poynting vector The rate of energy transport of an electromagnetic wave per unit area is given by: A) the vector B) the Poynting vector C) the Poynting vector divided by the area D) the Poynting vector divided by time E) the Poynting vector multiplied by time divided by time
E) the Poynting vector The rate of energy transport of an electromagnetic wave per unit area is given by: A) the vector B) the Poynting vector C) the Poynting vector divided by the area D) the Poynting vector divided by time E) the Poynting vector multiplied by time multiplied by time

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