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Problem 2: Matthew determined that it takes 75 seconds for him to complete one revolution on a Ferris wheel that has a radius ofr feet. a) Determine the speed that Matthew travels (in radius lengths per second). b) Determine a function m that represents Matthew's directed horizontal distance from the vertical diameter (measured in feet), in terms of the time elapsed (measured in seconds) since he started travelling from the o'clock position going counterclockwise. We suggest first drawing a diagram of the situation. c) Sketch a graph of the function m and mark the interval of input values on which the function values complete one full cycle.

Problem 2: Matthew determined that it takes 75 seconds for him to complete one revolution on a Ferris wheel that has a radius ofr feet. a) Determine the speed that Matthew travels (in radius lengths per second). b) Determine a function m that represents Matthew's directed horizontal distance from the vertical diameter (measured in feet), in terms of the time elapsed (measured in seconds) since he started travelling from the o'clock position going counterclockwise. We suggest first drawing a diagram of the situation. c) Sketch a graph of the function m and mark the interval of input values on which the function values complete one full cycle.

Algebra for College Students
Algebra for College Students
10th Edition
ISBN:9781285195780
Author:Jerome E. Kaufmann, Karen L. Schwitters
Publisher:Jerome E. Kaufmann, Karen L. Schwitters
Chapter13: Conic Sections
Section13.2: Parabolas
Problem 58PS
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Problem 2: Matthew determined that it takes 75 seconds for him to complete one revolution on a Ferris wheel that has a radius ofr feet. a) Determine the speed that Matthew travels (in radius lengths per second). b) Determine a function m that represents Matthew's directed horizontal distance from the vertical diameter (measured in feet), in terms of the time elapsed (measured in seconds) since he started travelling from the o'clock position going counterclockwise. We suggest first drawing a diagram of the situation. c) Sketch a graph of the function m and mark the interval of input values on which the function values complete one full cycle.
Transcribed Image Text:Problem 2: Matthew determined that it takes 75 seconds for him to complete one revolution on a Ferris wheel that has a radius ofr feet. a) Determine the speed that Matthew travels (in radius lengths per second). b) Determine a function m that represents Matthew's directed horizontal distance from the vertical diameter (measured in feet), in terms of the time elapsed (measured in seconds) since he started travelling from the o'clock position going counterclockwise. We suggest first drawing a diagram of the situation. c) Sketch a graph of the function m and mark the interval of input values on which the function values complete one full cycle.
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