What I Can Do Scenario A. Mr. Alfredo C. Macabuhay is the business analyst of Samat Canned Goods Corporation. As the company flourished the demand for their products, they have decided to create new product for the public. Mr. Macabuhay as their business analyst present them his predictions which is modeled by an inverse trigonometric function y = sin- G- 4) where the lowest domain will be their loss in million pesos if they fail and the largest domain will be their profit in million pesos if they will succeed. Question 1: How much will be their loss? Question 2: How much will be their profit? Scenario B. Pedro is asked to compute for the volume of the water in a rectangular swimming pool when it is full. The height is given which is 6 feet while the length and the width can be determined by identifying the lowest and highest domain of the inverse trigonometric function y = 2 arccos (G-9) respectively. Question 1: What is the length of the pool? Question 2: What is the width of the pool? Question 3: What is the volume or the maximum capacity of water the pool can hold when it will be fully filled up? Hint: Use the formula for the volume of a rectangular prism.

What I Can Do Scenario A. Mr. Alfredo C. Macabuhay is the business analyst of Samat Canned Goods Corporation. As the company flourished the demand for their products, they have decided to create new product for the public. Mr. Macabuhay as their business analyst present them his predictions which is modeled by an inverse trigonometric function y = sin- G- 4) where the lowest domain will be their loss in million pesos if they fail and the largest domain will be their profit in million pesos if they will succeed. Question 1: How much will be their loss? Question 2: How much will be their profit? Scenario B. Pedro is asked to compute for the volume of the water in a rectangular swimming pool when it is full. The height is given which is 6 feet while the length and the width can be determined by identifying the lowest and highest domain of the inverse trigonometric function y = 2 arccos (G-9) respectively. Question 1: What is the length of the pool? Question 2: What is the width of the pool? Question 3: What is the volume or the maximum capacity of water the pool can hold when it will be fully filled up? Hint: Use the formula for the volume of a rectangular prism.

Name: What I Can DoScenario A.Mr. Alfredo C. Macabuhay is the business anal
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Description: What I Can DoScenario A.Mr. Alfredo C. Macabuhay is the business analyst of Samat Canned GoodsCorporation. As the company flourished the demand for their products, they havedecided to create new product for the public. Mr. Macabuhay as their busines

Trigonometry (11th Edition)

11th Edition

ISBN:9780134217437

Author:Margaret L. Lial, John Hornsby, David I. Schneider, Callie Daniels

Publisher:Margaret L. Lial, John Hornsby, David I. Schneider, Callie Daniels

Chapter1: Trigonometric Functions

Section: Chapter Questions

Problem 1RE: 1. Give the measures of the complement and the supplement of an angle measuring 35°.

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Concept explainers

Fundamentals of Trigonometric Identities

Trigonometric Identities are the equalities that involve trigonometry functions and hold for all the values of variables given in the equation.

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Question

What I Can Do
Scenario A.
Mr. Alfredo C. Macabuhay is the business analyst of Samat Canned Goods
Corporation. As the company flourished the demand for their products, they have
decided to create new product for the public. Mr. Macabuhay as their business
analyst present them his predictions which is modeled by an inverse trigonometric
function y = sin- (- 4) where the lowest domain will be their loss in million
pesos if they fail and the largest domain will be their profit in million pesos if they
will succeed.
Question 1: How much will be their loss?
Question 2: How much will be their profit? .
Scenario B.
Pedro is asked to compute for the volume of the water in a rectangular swimming
pool when it is full. The height is given which is 6 feet while the length and the
width can be determined by identifying the lowest and highest domain of the inverse
trigonometric function y = 2 arccos (- 9) respectively.
Question 1: What is the length of the pool?
Question 2: What is the width of the pool?
Question 3: What is the volume or the maximum capacity of water the pool can
hold when it will be fully filled up? Hint: Use the formula for the volume of a
rectangular prism.

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