3. Sunlight delivers 2.63x108 W/m2 to the surface of Venus. If the rms magnetic field strength is about 3.32x10−6 T, what is the rms value of the Sun’s electric field?(a) 9.95x107 N/C(b) 3.17x107 N/C(c) 2.49x107 N/C(d) 6.34x107 N/C(e) None of the above(ii.) What does the magnitude of the Poynting vector represent? The direction? 3. (i.) Sunlight delivers 2.63x10³ W/m² to the surface of Venus. If the rms magnetic field strength isabout 3.32x10-6 T, what is the rms value of the Sun's electric field?(a) 9.95x107 N/C(b) 3.17x107 N/C(c) 2.49x107 N/C(d) 6.34x107 N/C(e) None of the above(ii.) What does the magnitude of the Poynting vector represent? The direction?

We know that the formula of the Poynting vector with the magnetic field and electric field as S→=…

Answered: value of the Sun’s electric field? (a)…

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter24: Electromagnetic Waves

Section: Chapter Questions

Problem 2OQ

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3. Sunlight delivers 2.63x108 W/m2 to the surface of Venus. If the rms magnetic field strength is about 3.32x10−6 T, what is the rms value of the Sun’s electric field?

(a) 9.95x107 N/C

(b) 3.17x107 N/C

(d) 6.34x107 N/C

(e) None of the above

(ii.) What does the magnitude of the Poynting vector represent? The direction?

3. (i.) Sunlight delivers 2.63x10³ W/m² to the surface of Venus. If the rms magnetic field strength is
about 3.32x10-6 T, what is the rms value of the Sun's electric field?
(a) 9.95x107 N/C
(b) 3.17x107 N/C
(c) 2.49x107 N/C
(d) 6.34x107 N/C
(e) None of the above
(ii.) What does the magnitude of the Poynting vector represent? The direction?

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