We need theta in terms of y so we can determine where along my path the angle is maximal. In order to find theta, it will be easiest to use right-angle triangles. Theta is not a part of a right triangle, but we can find theta in terms of angles that are part of right triangles, let's call those angles alpha and beta. I am going to walk you through how to solve this problem. Complete the following steps in order to create the shot curve. a) Suppose I am skating along a path that is 5 feet horizontally from the goal post. Create a function involving theta and y. Find the value of y that maximizes theta.

We need theta in terms of y so we can determine where along my path the angle is maximal. In order to find theta, it will be easiest to use right-angle triangles. Theta is not a part of a right triangle, but we can find theta in terms of angles that are part of right triangles, let's call those angles alpha and beta. I am going to walk you through how to solve this problem. Complete the following steps in order to create the shot curve. a) Suppose I am skating along a path that is 5 feet horizontally from the goal post. Create a function involving theta and y. Find the value of y that maximizes theta.

Name: Just Question A We need theta in terms of y so we can determine where
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Description: Just Question A We need theta in terms of y so we can determine where along my path the angle is maximal. Inorder to find theta, it will be easiest to use right-angle triangles. Theta is not a part of a righttriangle, but we can find theta in terms o

Trigonometry (MindTap Course List)

8th Edition

ISBN:9781305652224

Author:Charles P. McKeague, Mark D. Turner

Publisher:Charles P. McKeague, Mark D. Turner

Chapter1: The Six Trigonometric Functions

Section: Chapter Questions

Problem 2GP

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