During one test on the car, a point on the tire has a minimum height of 30 cm, a maximum height of 110 cm, and is spinning constantly at 5 rotations per 1 second. A point on the tire can be model by the equation h=acos b(t-c)]+d where h represents the height of the point, in cm, and t represents time, in seconds. If the point starts at the minimum, then the partial graph below shows a sinusoidal function that could model the height of the point at different times in the rotation.

Algebra and Trigonometry (6th Edition)
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ISBN:9780134463216
Author:Robert F. Blitzer
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ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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To test the power of a car, a Dyno Test sets the wheels on rollers that are lifted off the
ground.
During one test on the car, a point on the tire has a minimum height of 30 cm, a
maximum height of 110 cm, and is spinning constantly at 5 rotations per 1 second.
A point on the tire can be model by the equation h =acos b(t-c) +d
where h represents the height of the point, in cm, and t represents time, in seconds.
If the point starts at the minimum, then the partial graph below shows a sinusoidal
function that could model the height of the point at different times in the rotation.
150
height
(cm)
100
+50
time (s)
5.
Determine a sinusoidal function of the form h=acos b(t-c) +d, that could
represent this situation.
Transcribed Image Text:To test the power of a car, a Dyno Test sets the wheels on rollers that are lifted off the ground. During one test on the car, a point on the tire has a minimum height of 30 cm, a maximum height of 110 cm, and is spinning constantly at 5 rotations per 1 second. A point on the tire can be model by the equation h =acos b(t-c) +d where h represents the height of the point, in cm, and t represents time, in seconds. If the point starts at the minimum, then the partial graph below shows a sinusoidal function that could model the height of the point at different times in the rotation. 150 height (cm) 100 +50 time (s) 5. Determine a sinusoidal function of the form h=acos b(t-c) +d, that could represent this situation.
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