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Math 71A

Math 71A. 5.7 – Polynomial Equations and Their Applications. A _______________________ is an equation that can be written in the form : ( this is called _______________ ) where , , and are real #’s and . A _______________________ is an equation that can be written in the form :

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Math 71A

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  1. Math 71A 5.7 – Polynomial Equations and Their Applications

  2. A _______________________ is an equation that can be written in the form: (this is called _______________) where , , and are real #’s and .

  3. A _______________________ is an equation that can be written in the form: (this is called _______________) where , , and are real #’s and . quadratic equation

  4. A _______________________ is an equation that can be written in the form: (this is called _______________) where , , and are real #’s and . quadratic equation standard form

  5. Quadratic Equations ex: To solve, we’ll make use of the _____________________________: If , then __________ or __________.

  6. Quadratic Equations ex: To solve, we’ll make use of the _____________________________: If , then __________ or __________. zero-product principle

  7. Quadratic Equations ex: To solve, we’ll make use of the _____________________________: If , then __________ or __________. zero-product principle

  8. Quadratic Equations ex: To solve, we’ll make use of the _____________________________: If , then __________ or __________. zero-product principle

  9. Quadratic Equations ex: Here’s how to solve : (factor LHS) or (by ZPP) or So, the solution set is .

  10. Quadratic Equations ex: Here’s how to solve : (factor LHS) or (by ZPP) or So, the solution set is .

  11. Quadratic Equations ex: Here’s how to solve : (factor LHS) or (by ZPP) or So, the solution set is .

  12. Quadratic Equations ex: Here’s how to solve : (factor LHS) or (by ZPP) or So, the solution set is .

  13. Quadratic Equations ex: Here’s how to solve : (factor LHS) or (by ZPP) or So, the solution set is .

  14. Quadratic Equations Ex 1.Solve: Ex 2.Solve:

  15. Polynomial Equations Ex 3.Solve by factoring:

  16. Applications Ex 4.You throw a duck straight up from a rooftop 384 feet high with an initial speed of 32 feet per second. The function describes the duck’s height above the ground, , in feet, seconds after you throw it. How long will it take for the duck to hit the ground?

  17. Applications Ex 5.A rectangular duck launchpad measures 14 feet by 12 feet. A path of uniform width is to be added so as to surround the entire launchpad. The mad scientist doing the work wants the launchpad and path to cover an area of 360 square feet. How wide should the path be?

  18. Pythagorean Theorem The Pythagorean Theorem says that for right triangles: (where and are the lengths of the legs, and is the length of the hypotenuse)

  19. Pythagorean Theorem The Pythagorean Theorem says that for right triangles: (where and are the lengths of the legs, and is the length of the hypotenuse)

  20. Pythagorean Theorem Ex 6.A guy wire runs from the top of a telephone pole to the ground. The length of the wire is 1 foot greater than the height of the pole. The distance from the base of the pole to the stake that holds the wire in the ground is 1 foot less than the height of the pole. What is the length of the wire?

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