determine whether the given ordered pair is a solution of the equation. 4x + y = 12; (2,4)

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Asked 2/10/2013 5:15:53 PM

Updated 6/4/2014 9:58:08 AM

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Flagged by yeswey [6/4/2014 9:57:25 AM]

daddy_ryan|Points 999|

Question

Asked 2/10/2013 5:15:53 PM

Updated 6/4/2014 9:58:08 AM

1 Answer/Comment

This conversation has been flagged as incorrect.

Flagged by yeswey [6/4/2014 9:57:25 AM]

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The ordered pair (2,4) is a solution of the equation 4x + y = 12.

4(2) + (4) = 8 + 4 = 12

4(2) + (4) = 8 + 4 = 12

Added 6/4/2014 9:58:08 AM

This answer has been confirmed as correct and helpful.

Confirmed by andrewpallarca [6/6/2014 12:34:49 PM]

Collect like terms : 2x^2-6x+3x+4x^2 User: (x^3+x^2 ) + (2x^3-5x^2) **Weegy:** (x^3+x^2 ) + (2x^3-5x^2) = 3x^3 - 4x^2 **User:** (6x+1 )- (-7x+2) **Weegy:** (6x+1 )- (-7x+2) = 13x - 1 **User:** (3x+4)(2x-4) **Weegy:**
(3x+4)(2x-4) = 6x^2 - 4x - 16
**User:** (3x-1)(4x^2-2x-1) **Weegy:** (3x-1)(4x^2-2x-1) = 12x^3 - 10x^2 - x +1 **User:** (2x^3-0.3)(2x^3+0.3) **Weegy:** (2x^3-0.3)(2x^3+0.3) = 4x^6 - 0.09
**User:** 325 - v^3 when v = -3 **Weegy:** 325 - v^3 when v = -3 = 325 - (-3^3) = 352 (More)

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Updated 7/29/2014 3:09:18 PM

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