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Energy emitted from sun: 3492.26 × 10^23 W Energy emitted by earth: 2478247.4 × 10^11 W Distance between sun and earth is: 1.5 × 1011 m Area: 28.26 x 10^22 m^2 Radiation received outside earth atmosphere per area: 1235.76 W/m^2 Energy received by Earth: 3.31×10^10 W 1. Give the effective wavelength of the two energy streams.

Energy emitted from sun: 3492.26 × 10^23 W Energy emitted by earth: 2478247.4 × 10^11 W Distance between sun and earth is: 1.5 × 1011 m Area: 28.26 x 10^22 m^2 Radiation received outside earth atmosphere per area: 1235.76 W/m^2 Energy received by Earth: 3.31×10^10 W 1. Give the effective wavelength of the two energy streams.

Applications and Investigations in Earth Science (9th Edition)
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
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Part I. Sun Earth 8 Distance = 1.5 x 10° km 46° N 0° Temperature = 5400 deg. C Radius = 6.9 x 10° km Temperature = 31 deg. C Radius = 6400 km Figure 1. Sun-earth system. Energy emitted from sun: 3492.26 × 10^23 W Energy emitted by earth: 2478247.4 × 10^11 W Distance between sun and earth is: 1.5 x 10^11 m Area: 28.26 x 10^22 m^2 Radiation received outside earth atmosphere per area: 1235.76 W/m^2 Energy received by Earth: 3.31×10^10 W 1. Give the effective wavelength of the two energy streams.
Transcribed Image Text:Part I. Sun Earth 8 Distance = 1.5 x 10° km 46° N 0° Temperature = 5400 deg. C Radius = 6.9 x 10° km Temperature = 31 deg. C Radius = 6400 km Figure 1. Sun-earth system. Energy emitted from sun: 3492.26 × 10^23 W Energy emitted by earth: 2478247.4 × 10^11 W Distance between sun and earth is: 1.5 x 10^11 m Area: 28.26 x 10^22 m^2 Radiation received outside earth atmosphere per area: 1235.76 W/m^2 Energy received by Earth: 3.31×10^10 W 1. Give the effective wavelength of the two energy streams.
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