The latitude and longitude of a point in the Northern Hemisphere are related to spherical coordinates , , as follows. We take the origin to be the center of the earth and the positive -axis to pass through the North Pole. The positive -axis passes through the point where the prime meridian (the meridian through Greenwich, England) intersects the equator. Then the latitude of is and the longitude is . Find the great-circle distance from Los Angeles (lat. N, long. W) to Montréal (lat. N, long. W). Take the radius of the earth to be 3960 mi. (A great circle is the circle of intersection of a sphere and a plane through the center of the sphere.)
The latitude and longitude of a point in the Northern Hemisphere are related to spherical coordinates , , as follows. We take the origin to be the center of the earth and the positive -axis to pass through the North Pole. The positive -axis passes through the point where the prime meridian (the meridian through Greenwich, England) intersects the equator. Then the latitude of is and the longitude is . Find the great-circle distance from Los Angeles (lat. N, long. W) to Montréal (lat. N, long. W). Take the radius of the earth to be 3960 mi. (A great circle is the circle of intersection of a sphere and a plane through the center of the sphere.)
Functions and Change: A Modeling Approach to College Algebra (MindTap Course List)
6th Edition
ISBN:9781337111348
Author:Bruce Crauder, Benny Evans, Alan Noell
Publisher:Bruce Crauder, Benny Evans, Alan Noell
Chapter2: Graphical And Tabular Analysis
Section2.6: Optimization
Problem 16E: Laying Phone Cable City A lies on the north bank of a river that is 1 mile wide. You need to run a...
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The latitude and longitude of a point in the Northern Hemisphere are related to spherical coordinates , , as follows. We take the origin to be the center of the earth and the positive -axis to pass through the North Pole. The positive -axis passes through the point where the prime meridian (the meridian through Greenwich, England) intersects the equator. Then the latitude of is and the longitude is . Find the great-circle distance from Los Angeles (lat. N, long. W) to Montréal (lat. N, long. W). Take the radius of the earth to be 3960 mi. (A great circle is the circle of intersection of a sphere and a plane through the center of the sphere.)
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