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Exercises for Weather & Climate 1. The Earth-Sun orientation will change throughout the year as Earth revolves around the Sun. Using Figures 2-3 and 2-4 as models, sketch two similar diagrams for each date given to the right and below. First draw Earth's axis and equator on the globe. Then, on the "sunny side" of the globe, draw a short line representing a flat surface at 66.5° N, 30° N, 0°, and 23.5° S, a stick figure at each site with the Sun's rays striking the flat surface at the feet of the stick figure. On the profile view, draw the Sun's rays striking the flat surface transcribing the angles that you drew on the globe. Ꭶ 90 23.5° S ~ 66.5 N 0° Sun's rays striking Earth on March 21. S 30°N Profile view at Earth's surface: solar noon on March 21. do.5' 30'N o equator N 66.5° N 23.5

Exercises for Weather & Climate 1. The Earth-Sun orientation will change throughout the year as Earth revolves around the Sun. Using Figures 2-3 and 2-4 as models, sketch two similar diagrams for each date given to the right and below. First draw Earth's axis and equator on the globe. Then, on the "sunny side" of the globe, draw a short line representing a flat surface at 66.5° N, 30° N, 0°, and 23.5° S, a stick figure at each site with the Sun's rays striking the flat surface at the feet of the stick figure. On the profile view, draw the Sun's rays striking the flat surface transcribing the angles that you drew on the globe. Ꭶ 90 23.5° S ~ 66.5 N 0° Sun's rays striking Earth on March 21. S 30°N Profile view at Earth's surface: solar noon on March 21. do.5' 30'N o equator N 66.5° N 23.5

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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Exercises for Weather & Climate 1. The Earth-Sun orientation will change throughout the year as Earth revolves around the Sun. Using Figures 2-3 and 2-4 as models, sketch two similar diagrams for each date given to the right and below. First draw Earth's axis and equator on the globe. Then, on the "sunny side" of the globe, draw a short line representing a flat surface at 66.5° N, 30° N, 0°, and 23.5° S, a stick figure at each site with the Sun's rays striking the flat surface at the feet of the stick figure. On the profile view, draw the Sun's rays striking the flat surface transcribing the angles that you drew on the globe. Ꭶ 90 23.5° S ~ 66.5 N 0° Sun's rays striking Earth on March 21. S 30°N Profile view at Earth's surface: solar noon on March 21. do.5' 30'N o equator N 66.5° N 23.5
Transcribed Image Text:Exercises for Weather & Climate 1. The Earth-Sun orientation will change throughout the year as Earth revolves around the Sun. Using Figures 2-3 and 2-4 as models, sketch two similar diagrams for each date given to the right and below. First draw Earth's axis and equator on the globe. Then, on the "sunny side" of the globe, draw a short line representing a flat surface at 66.5° N, 30° N, 0°, and 23.5° S, a stick figure at each site with the Sun's rays striking the flat surface at the feet of the stick figure. On the profile view, draw the Sun's rays striking the flat surface transcribing the angles that you drew on the globe. Ꭶ 90 23.5° S ~ 66.5 N 0° Sun's rays striking Earth on March 21. S 30°N Profile view at Earth's surface: solar noon on March 21. do.5' 30'N o equator N 66.5° N 23.5
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