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9. Jesse was riding her bicycle and ran over a nail. At this point, a stopwatch starts timing. The diameter of her bicycle tire is 35cm. Her bicycle tire rotates once every 2 seconds. a) Fill in the chart below and determine the equation of the cosine function that expresses the height, h, of the nail after time, t, in seconds. EOA Equation of Axis Maximum Minimum Amplitude Phase Shift Period "K" value Critical Interval Equation b) How high above the ground is the nail at t = 3.5 seconds? h(3.5) = c) If data are collected for one minute, how far would the nail travel?

9. Jesse was riding her bicycle and ran over a nail. At this point, a stopwatch starts timing. The diameter of her bicycle tire is 35cm. Her bicycle tire rotates once every 2 seconds. a) Fill in the chart below and determine the equation of the cosine function that expresses the height, h, of the nail after time, t, in seconds. EOA Equation of Axis Maximum Minimum Amplitude Phase Shift Period "K" value Critical Interval Equation b) How high above the ground is the nail at t = 3.5 seconds? h(3.5) = c) If data are collected for one minute, how far would the nail travel?

Mathematics For Machine Technology
Mathematics For Machine Technology
8th Edition
ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter59: Areas Of Rectangles, Parallelograms, And Trapezoids
Section: Chapter Questions
Problem 79A
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9. Jesse was riding her bicycle and ran over a nail. At this point, a stopwatch starts timing. The diameter of her bicycle tire is 35cm. Her bicycle tire rotates once every 2 seconds. a) Fill in the chart below and determine the equation of the cosine function that expresses the height, h, of the nail after time, t, in seconds. EOA Equation of Axis Maximum Minimum Amplitude Phase Shift Period "K" value Critical Interval Equation b) How high above the ground is the nail at t = 3.5 seconds? h(3.5) = c) If data are collected for one minute, how far would the nail travel?
Transcribed Image Text:9. Jesse was riding her bicycle and ran over a nail. At this point, a stopwatch starts timing. The diameter of her bicycle tire is 35cm. Her bicycle tire rotates once every 2 seconds. a) Fill in the chart below and determine the equation of the cosine function that expresses the height, h, of the nail after time, t, in seconds. EOA Equation of Axis Maximum Minimum Amplitude Phase Shift Period "K" value Critical Interval Equation b) How high above the ground is the nail at t = 3.5 seconds? h(3.5) = c) If data are collected for one minute, how far would the nail travel?
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