where the natural number n is called the degree of the polynomial. For polynomials P and Q, wecan write( Pe) + (Q«)) = (Ple) + Q(=)P(:drdrQuestion 2: Use this property of polynomials to calculate the derivative of 3+ , by firstcalculating the derivatives of the constant function 3 and the function r, and then addingthem. Show that you get the same answer using limits for the function 3+ by direct calculation.

where the natural number n is called the degree of the polynomial. For polynomials P and Q, we can write d P(x) dr %3D dr Question 2: Use this property of polynomials to calculate the derivative of 3+ r, by first calculating the derivatives of the constant function 3 and the function r, and then adding them. Show that you get the same answer using limits for the function 3+r by direct calculation.

where the natural number n is called the degree of the polynomial. For polynomials P and Q, we can write d P(x) dr %3D dr Question 2: Use this property of polynomials to calculate the derivative of 3+ r, by first calculating the derivatives of the constant function 3 and the function r, and then adding them. Show that you get the same answer using limits for the function 3+r by direct calculation.

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter4: Polynomial And Rational Functions

Section4.3: Zeros Of Polynomials

Problem 3E

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