• What restriction (on x or y) does dy have? What dx point (x, y) does this correspond to? • Find the equation of the tangent line corresponding to x = 1. (Hint: What y value does this point have?) Explain how you get this equation, how you choose your computations.

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.3: Lines
Problem 25E
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Question
• What restriction (on x or y) does
dy
have? What
dx
point (x, y) does this correspond to?
• Find the equation of the tangent line corresponding
to x = 1. (Hint: What y value does this point have?)
Explain how you get this equation, how you choose
your computations.
Transcribed Image Text:• What restriction (on x or y) does dy have? What dx point (x, y) does this correspond to? • Find the equation of the tangent line corresponding to x = 1. (Hint: What y value does this point have?) Explain how you get this equation, how you choose your computations.
You are designing a poster which has a border around the
printed portion. The border is 2 inches wide on the left
and right sides, and 3 inches wide on the top and bottom.
The entire poster will be a total of 300 square inches,
including the borders and printed portion combined.
Transcribed Image Text:You are designing a poster which has a border around the printed portion. The border is 2 inches wide on the left and right sides, and 3 inches wide on the top and bottom. The entire poster will be a total of 300 square inches, including the borders and printed portion combined.
Expert Solution
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According to our policies we are allowed to answer only one question at a time. If you want solution of other kindly repost the question.

Answer to first question.

By knowing the position of a body at various points of  intervals it is possible to find the rate at which the position of body is changing. Thus here the roll for dy/dx comes into play.

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