CWORTMA Problem 2: For each set of polynomials a. p(x) = 5x²-3x+1 TELENO 3x +1_q(x) = x-1 Cecc 1. use synthetic division to divide p(x) by q(x) and state the remainder, and 2. use the remainder theorem to compare your findings with part (1). b. p(x) = -4x² + 6x-7 q(x) = x +4 c. p(x) = -x + 4x³ = x+3 g(x) = x − 3 - - Page 1 of 1

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CWORTMA
Problem 2: For each set of polynomials
a. p(x) = 5x²-3x+1
TELENO
3x +1_q(x) = x-1
Cecc
1. use synthetic division to divide p(x) by q(x) and state the remainder, and
2. use the remainder theorem to compare your findings with part (1).
b. p(x) = -4x² + 6x-7 q(x) = x +4
c. p(x) = -x + 4x³ = x+3 g(x) = x − 3
-
-
Page 1 of 1
Transcribed Image Text:CWORTMA Problem 2: For each set of polynomials a. p(x) = 5x²-3x+1 TELENO 3x +1_q(x) = x-1 Cecc 1. use synthetic division to divide p(x) by q(x) and state the remainder, and 2. use the remainder theorem to compare your findings with part (1). b. p(x) = -4x² + 6x-7 q(x) = x +4 c. p(x) = -x + 4x³ = x+3 g(x) = x − 3 - - Page 1 of 1
Expert Solution
Step 1: Synthetic division

A) p(x) = 5x^2 - 3x + 1, q(x) = x - 1

Synthetic Division:

We want to divide p(x) by q(x), which is x - 1. Synthetic division for this case is pretty straightforward.

  1. We first set x - 1 = 0 to find the root: x = 1.

  2. Now, we perform synthetic division:


11 | 5 -3 1
2  |   5   2
3--------------
4    5  2 3
5


The result is the quotient 5x + 2 and the remainder 3. So, p(x) = (5x + 2)(x - 1) + 3.

B) p(x) = -4x^2 + 6x - 7, q(x) = x + 4

Synthetic Division:

We want to divide p(x) by q(x), which is x + 4. Synthetic division works similarly:

  1. We first set x + 4 = 0 to find the root: x = -4.



  1. Now, we perform synthetic division:

1-4 | -4  6  -7
2   |   4  -40
3----------------
4    0  10 -47
5



The result is the quotient -4x + 10 and the remainder -47. So, p(x) = (-4x + 10)(x + 4) - 47.

C) p(x) = -x^4 + 4x^3 - x + 3, q(x) = x - 3

Synthetic Division:

We want to divide p(x) by q(x), which is x - 3. Synthetic division is used again:

  1. We first set x - 3 = 0 to find the root: x = 3.

  2. Now, we perform synthetic division:


13 | -1  4  0  0  3
2  |    -3  3 -9 -27
3---------------------
4    -1  1  3 -9 -24
5



The result is the quotient -x^3 + x^2 + 3x - 9 and the remainder -24. So, p(x) = (-x^3 + x^2 + 3x - 9)(x - 3) - 24.

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