Suppose now that the person begins walking away from the light pole at a constant rate of 0.6 meters persecond.Let 0 is measured in degrees. The light pole is still 2.7 meters tall, and the person is still 1.5 meters tall.The person begins walking away from the light pole with an intial distance of 3 meters.a. Which of the quantities in the problem :varying?Ihe d sO O D O ab. Which of the quantities in the problem are fixed?1 d s e h*O 0 0 o 0c. Write an expression for the distance of the person from the light pole, measured in meters, in termsof the number of seconds, t, since they began walking.d = 0.6t- Preview 0.6t syntax okd. Write an expression for the length of the person's shadow, measured in meters, in terms of thenumber of seconds, t, since they began walking.0.6 - 1.5t2.7 – 1.5(0.6*1.51)(2.7-1.5)]▪ Previewsyntax oke. Using the tan d() or arctan d() functions, write the function rule for a function f which determinesmeasure of the angle, 0, measured in degrees, in terms of the number of seconds, t, since the personbegan walking.f(t) = arctan(2T)Preview arctan(2t) syntax okf. Find the average rate of change of the of the angle measure, in degrees, relative to the ground withrespect to time over each given interval.i. The first 5 seconds the person has began walking.Previewii. From 5 seconds to 10 seconds since the person began walking.Previewiii. From 10 second to 15 seconds since the person began walking.Preview

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Suppose now that the person begins walking away from the light pole at a constant rate of 0.6 meters per second. Let 0 is measured in degrees. The light pole is still 2.7 meters tall, and the person is still 1.5 meters tall. The person begins walking away from the light pole with an intial distance of 3 meters. a. Which of the quantities in the problem are varying? I h e d s O O O O D b. Which of the quantities in the problem are fixed? 1 d s e h c. Write an expression for the distance of the person from the light pole, measured in meters, in terms of the number of seconds, t, since they began walking. d = 0.6t Preview 0.6t syntax ok

Suppose now that the person begins walking away from the light pole at a constant rate of 0.6 meters per second. Let 0 is measured in degrees. The light pole is still 2.7 meters tall, and the person is still 1.5 meters tall. The person begins walking away from the light pole with an intial distance of 3 meters. a. Which of the quantities in the problem are varying? I h e d s O O O O D b. Which of the quantities in the problem are fixed? 1 d s e h c. Write an expression for the distance of the person from the light pole, measured in meters, in terms of the number of seconds, t, since they began walking. d = 0.6t Preview 0.6t syntax ok

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter7: Analytic Trigonometry

Section7.6: The Inverse Trigonometric Functions

Problem 74E

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