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The polynomial p(x)=x^(3)-6x^(2)+32 has a known factor of (x-4).
Rewrite p(x) as a product of linear factors.
p(x) = ◻

The polynomial p(x)=x36x2+32 p(x)=x^{3}-6 x^{2}+32 has a known factor of (x4) (x-4) .\newlineRewrite p(x) p(x) as a product of linear factors.\newlinep(x)= p(x) = \square

Full solution

Q. The polynomial p(x)=x36x2+32 p(x)=x^{3}-6 x^{2}+32 has a known factor of (x4) (x-4) .\newlineRewrite p(x) p(x) as a product of linear factors.\newlinep(x)= p(x) = \square
  1. Factor Out Known Factor: Factor out the known factor from the polynomial.\newlineSince we know that (x4)(x - 4) is a factor of p(x)p(x), we can perform polynomial division or use synthetic division to divide p(x)p(x) by (x4)(x - 4) to find the other factors.
  2. Perform Synthetic Division: Perform the synthetic division using the known factor (x4)(x - 4). We set up the synthetic division with the root of the known factor, which is 44, and the coefficients of p(x)p(x), which are 11, 6-6, and 3232.\newline\newline 44 | 11 6-6 00 3232\newline | 44 4422 4433\newline -----------------\newline 11 4455 4422 00\newlineThe result of the synthetic division gives us the coefficients of the quotient polynomial: 4488.
  3. Factor Quotient Polynomial: Factor the quotient polynomial.\newlineThe quotient polynomial is a quadratic, which we can factor further if possible. We look for two numbers that multiply to 8-8 and add up to 2-2. These numbers are 4-4 and 22.
  4. Write Factored Form: Write the factored form of the quotient polynomial.\newlineThe factored form of the quadratic is (x4)(x+2)(x - 4)(x + 2). Therefore, we can write p(x)p(x) as the product of its factors:\newlinep(x)=(x4)(x4)(x+2)p(x) = (x - 4)(x - 4)(x + 2).
  5. Simplify Repeated Factor: Simplify the repeated factor.\newlineSince (x4)(x - 4) is a factor that appears twice, we can write it as a squared term:\newlinep(x)=(x4)2(x+2)p(x) = (x - 4)^2(x + 2).

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