A clock with an hour hand that is 12 inches long is hanging on a wall. At noon, the vertical distance between the tip of the hour hand and the ceiling is 21 inches. At 3 P.M., the distance is 33 inches; at 6 P.M., 45 inches; at 9 P.M., 33 inches; and at midnight the distance is again 21 inches. If f(x) represents the distance between the tip of the hour hand and the ceiling x hours after noon, write the function that represents this situation in the form of f(x) = acos(bx) + d. sunny f(x) = -12 cos(x) +33 Of(x) = -33 cos (*) +12 Of(x) = -12 cos (2x) +33 Of(x) = -33 cos (+) + 12 Search 20 12:31 6/19/2
A clock with an hour hand that is 12 inches long is hanging on a wall. At noon, the vertical distance between the tip of the hour hand and the ceiling is 21 inches. At 3 P.M., the distance is 33 inches; at 6 P.M., 45 inches; at 9 P.M., 33 inches; and at midnight the distance is again 21 inches. If f(x) represents the distance between the tip of the hour hand and the ceiling x hours after noon, write the function that represents this situation in the form of f(x) = acos(bx) + d. sunny f(x) = -12 cos(x) +33 Of(x) = -33 cos (*) +12 Of(x) = -12 cos (2x) +33 Of(x) = -33 cos (+) + 12 Search 20 12:31 6/19/2
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
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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A clock with an hour hand that is 12 inches long is hanging on a wall. At noon, the vertical distance between the tip of the hour hand and the
ceiling is 21 inches. At 3 P.M., the distance is 33 inches; at 6 P.M., 45 inches; at 9 P.M., 33 inches; and at midnight the distance is again 21
inches. If f(x) represents the distance between the tip of the hour hand and the ceiling x hours after noon, write the function that represents this
situation in the form of f(x) = acos(bx) + d.
Z
f(x) = -12 cos(x) +33
f(x) = -33 cos (2x) +12
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F2
2
f(x) = -12 cos (2x) + 33
f(x) = -33 cos (x) + 12
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