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Angle of Insolation at Noon on the First Day of Each Season Latitude Equinox Equator (0°) Tropic of Cancer (23.5°N) New York State (42°N) Arctic Circle (66.5'N) North Pole (90°N) Tropic of Capricorn (23.5°S) Antarctic Circle (66.5'S) South Pole (90'S) June 21 December 21

Angle of Insolation at Noon on the First Day of Each Season Latitude Equinox Equator (0°) Tropic of Cancer (23.5°N) New York State (42°N) Arctic Circle (66.5'N) North Pole (90°N) Tropic of Capricorn (23.5°S) Antarctic Circle (66.5'S) South Pole (90'S) June 21 December 21

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
Problem 1LR
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Using the Mo The Earth on your "Earth's Insolation Model" can be rotated to show throughou noon for the labeled latitudes. The Sun's rays are coming from the right side of the page. the year. There is a protractor around the Earth which will help you measure the angle of insolation at 1. Equinox (March 21 and September 23): To model the Earth's position on an equinox (March 21 and September 23), rotate the Earth so that the North Pole is on 0°. Use the protractor on the model to determine the angle of insolation at noon for the labeled latitudes. Record your data in the Equinox column on the data table below. 2. June 21: To model the Earth's position on June 21, rotate the Earth so that the North Pole is pointing 23.5° towards the Sun. Use the protractor on the model to determine the angle of insolation at noon for the labeled latitudes. Record your data in the June 21 column on the data table below. 3. December 21: To model the Earth's position on December 21, rotate the Earth so that the North Pole is pointing 23.5° away from the Sun. Use the protractor on the model to determine the angle of insolation at noon for the labeled latitudes. Record your data in the December 21 column on the data table below. Angle of Insolation at Noon on the First Day of Each Season Latitude June 21 Equinox Equator (0°) Tropic of Cancer (23.5°N) New York State (42°N) Arctic Circle (66.5°N) North Pole (90°N) Tropic of Capricorn (23.5°S) Antarctic Circle (66.5°S) South Pole (90'S) OK. Coder 2015 December 21
Transcribed Image Text:Using the Mo The Earth on your "Earth's Insolation Model" can be rotated to show throughou noon for the labeled latitudes. The Sun's rays are coming from the right side of the page. the year. There is a protractor around the Earth which will help you measure the angle of insolation at 1. Equinox (March 21 and September 23): To model the Earth's position on an equinox (March 21 and September 23), rotate the Earth so that the North Pole is on 0°. Use the protractor on the model to determine the angle of insolation at noon for the labeled latitudes. Record your data in the Equinox column on the data table below. 2. June 21: To model the Earth's position on June 21, rotate the Earth so that the North Pole is pointing 23.5° towards the Sun. Use the protractor on the model to determine the angle of insolation at noon for the labeled latitudes. Record your data in the June 21 column on the data table below. 3. December 21: To model the Earth's position on December 21, rotate the Earth so that the North Pole is pointing 23.5° away from the Sun. Use the protractor on the model to determine the angle of insolation at noon for the labeled latitudes. Record your data in the December 21 column on the data table below. Angle of Insolation at Noon on the First Day of Each Season Latitude June 21 Equinox Equator (0°) Tropic of Cancer (23.5°N) New York State (42°N) Arctic Circle (66.5°N) North Pole (90°N) Tropic of Capricorn (23.5°S) Antarctic Circle (66.5°S) South Pole (90'S) OK. Coder 2015 December 21
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