The latitude of a point P on the surface of the Earth is specified by means of the angle in the figure. For instance, the latitude of Paris, France, is 48°52' N. The letter N is used here to indicate that the location is north of, rather than south of, the equator. (Recall that the notation 52' indicates 52/60 of one degree.) Use the arc length formula (and your calculator) to determine the distance PE from the given location P to the equator. Assume that the Earth is a sphere with radius OP = OE = 3960 miles. Round the answer to the nearest 10 miles. Honolulu: 21°19'N mi North pole e Equator P E
The latitude of a point P on the surface of the Earth is specified by means of the angle in the figure. For instance, the latitude of Paris, France, is 48°52' N. The letter N is used here to indicate that the location is north of, rather than south of, the equator. (Recall that the notation 52' indicates 52/60 of one degree.) Use the arc length formula (and your calculator) to determine the distance PE from the given location P to the equator. Assume that the Earth is a sphere with radius OP = OE = 3960 miles. Round the answer to the nearest 10 miles. Honolulu: 21°19'N mi North pole e Equator P E
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
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Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Transcribed Image Text:The latitude of a point P on the surface of the Earth is specified by means of the angle in the figure. For instance, the latitude of Paris, France, is 48°52' The letter N is used here to indicate that the location is
north of, rather than south of, the equator. (Recall that the notation 52' indicates 52/60 of one degree.) Use the arc length formula (and your calculator) to determine the distance PE from the given location P to
the equator. Assume that the Earth is a sphere with radius OP = OE = 3960 miles. Round the answer to the nearest 10 miles.
Honolulu: 21°19' N
mi
North pole
Equator
E
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