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10 August, 02:27

Write the expression in factored form. 81m^4 - 25

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Answers (2)
  1. 10 August, 02:46
    0
    (9m^ (2) + 5) (9m^ (2) - 5)

    that will be your answer
  2. 10 August, 02:53
    0
    Question: Factor: ab+ac ab+ac Solution: ab+ac=a (b+c) ab+ac=a (b+c)

    The expression ab+ac ab+ac is a sum, since the last operation is addition.

    The expression a (b+c) a (b+c) is a product, since the last operation is multiplication.

    The process of factoring took us from the sum ab+ac ab+ac to the product a (b+c) a (b+c).

    Notice that ab+ac=a (b+c) ab+ac=a (b+c) is just the distributive law, backwards!

    In going from the name ab+ac ab+ac to the name a (b+c) a (b+c),

    the common factor (aa) is first identified, and written down.

    Next, an opening parenthesis ‘ (’ is inserted.

    Then, the remaining parts of each term are written down.

    Finally, the closing parenthesis ‘) ’ is inserted.

    Question: Write in factored form: 3x-3t 3x-3t

    Solution: 3 (x-t) 3 (x-t) Question: Write in factored form: 2xy-2yz 2xy-2yz Solution: 2y (x-z) 2y (x-z) Question: Write in factored form: 5 x2 - x2 y2 5 x2 - x2 y2 Solution: x2 (5 - y2) x2 (5 - y2)

    Note: In the exercises below, exponents are typed in using the ‘^’ key.

    For example, x2 (5 - y2) x2 (5 - y2) is typed in as x^2 (5 - y^2). Question: Write in factored form: x (2x+1) - 3 (2x+1) x (2x+1) - 3 (2x+1) Solution: (2x+1) (x-3) (2x+1) (x-3)

    Note: The product (2x+1) (x-3) (2x+1) (x-3) can also be written as (x-3) (2x+1) (x-3) (2x+1).

    There is no convention here about which name is ‘best’.

    The exercise below recognizes both answers.
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