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Pg. 244 Homework

Pg. 244 Homework. Pg. 244 #10, 12, 20 - 26 even, 35 – 43 all **Test Tuesday** #2 #4 #6 #8 #10 x = 5 #12 (-∞, -6]U(-5, ∞) #14 (-4, 1) #16 (-∞, -2)U(1, 2) #18 [-0.56, 2)U(2, 3.56] . 4.3 Equations and Inequalities with Rational Functions. Solve:.

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Pg. 244 Homework

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  1. Pg. 244 Homework • Pg. 244 #10, 12, 20 - 26 even, 35 – 43 all**Test Tuesday** • #2 #4 • #6 #8 • #10 x = 5 #12 (-∞, -6]U(-5, ∞) • #14 (-4, 1) #16 (-∞, -2)U(1, 2) • #18 [-0.56, 2)U(2, 3.56]

  2. 4.3 Equations and Inequalities with Rational Functions Solve:

  3. 4.3 Equations and Inequalities with Rational Functions Fully graph or solve as needed:

  4. 4.3 Equations and Inequalities with Rational Functions Word Problem!!  Find an algebraic representation for the perimeter P as a function of L. What are the restrictions on L for this problem situation? Find a complete graph of this problem situation. What value of L minimizes the perimeter? What is the minimum perimeter? • A single-story house with a rectangular base is to contain 900 sq ft of living area. Local building codes require that both the length L and the width W of the base of the house be greater than 20 ft. To minimize the cost of the foundation, the builder wants to minimize the perimeter of the foundation.

  5. 4.3 Equations and Inequalities with Rational Functions Word Problem!!  Find an algebraic representation for the surface area S as a function of r. What are the restrictions on r for this problem situation? Find a complete graph of this problem situation. What value of r and h will yield a minimal surface area? • A cylindrical soda-pop can of radius r and height h is to hold exactly 355 ml of liquid when completely full. A manufacturer wishes to find the dimensions of the can with the minimum surface area.

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