The emitting antenna of a 100-kW radio station radiates equally in all directions. Part A What is the...

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Physics

The emitting antenna of a 100-kW radio station radiates equallyin all directions.
Part A
What is the magnitude Emax 600 m from the antenna?
Express your answer to two significant digits and include theappropriate units.
Emax =
Part B
What is the magnitude Bmax 600 m from the antenna?
Express your answer to two significant digits and include theappropriate units.
Bmax =
Part C
For the distance of 600 m from the antenna, calculate themaximum potential difference caused between the ends of a receivingantenna that is 1.0 m long, assuming the antenna is alignedperfectly with the electric field of the radio wave.
Express your answer to two significant digits and include theappropriate units
V =
Part D
What is the magnitude Emax 50 km from the antenna?
Express your answer with the appropriate units.
Emax =
Part E
What is the magnitude Bmax 50 km from the antenna?
Express your answer with the appropriate units.
Bmax =
Part F
For the distance of 50 km from the antenna, calculate themaximum potential difference caused between the ends of a receivingantenna that is 1.0 m long, assuming the antenna is alignedperfectly with the electric field of the radio wave.
Express your answer with the appropriate units.
V =

Answer & Explanation Solved by verified expert

4.1 Ratings (736 Votes)

aP power 100 kW 105 Wattr distance 600 mI intensityIntensity is given asI P4r2I 1054 314 6002I 0022 Wm2amplitude of electric field is given asEmax See Answer

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