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Consider the function f(x)=-2x^3+33x^2-108x+2. For

  1. Given the cost function, C(x), and the revenue function, R(x), find the number of units x that must be sold to break even.
    1. answers icon 1 answer
    2. Steven asked by Steven
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  2. A monopoly has a total cost functionC = 1000 + 108x + 12x^2 for its product, which has demand function p = 324 − 3x − 2x^2.
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    2. Scarlett asked by Scarlett
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  3. A monopoly has a total cost functionC = 1000 + 108x + 12x^2 for its product, which has demand function p = 324 − 3x − 2x^2.
    1. answers icon 1 answer
    2. Tom asked by Tom
    3. views icon 822 views
  4. Consider the function f(x)=-2x^3+33x^2-108x+2. For this function, there are three important intervals: (-Inf,A], [A,B], [B,Inf)
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    2. Nathan asked by Nathan
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  5. Complete the square to re-write the quadratic function in vertex form:y, equals, minus, 9, x, squared, minus, 108, x, minus, 333
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  6. factor 6x^4 +66x^3 +108x^2​
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  7. factor 2x^4+12x^3-18x^2-108x
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    2. B asked by B
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  8. what would be the obleque asymptote to f(x)=(x^7-9x^6+19x^5+23x^4-108x^3+82x^2+64x-120)/(x+3)
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    2. sam asked by sam
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  9. how do i factor27x^3-21x^2y+108x^2-84yx
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    2. miguel asked by miguel
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  10. I please need help in solving a cube surface 6x^2+108x+486
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    2. BERNIE asked by BERNIE
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