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f^(')(x)=8x^(3)-12 x and 
f(1)=1.

f(-2)=

f(x)=8x312x f^{\prime}(x)=8 x^{3}-12 x and f(1)=1 f(1)=1 .\newlinef(2)= f(-2)=

Full solution

Q. f(x)=8x312x f^{\prime}(x)=8 x^{3}-12 x and f(1)=1 f(1)=1 .\newlinef(2)= f(-2)=
  1. Substitute x=2x=-2: Substitute 2-2 for xx in the derivative f(x)f'(x) to find the slope at x=2x=-2.f(2)=8(2)312(2)f'(-2) = 8(-2)^{3} - 12(-2)
  2. Calculate f(x)f'(x): Calculate the value of f(2)f'(-2).
    f(2)=8(8)12(2)f'(-2) = 8(-8) - 12(2)
    f(2)=6424f'(-2) = -64 - 24
    f(2)=88f'(-2) = -88
  3. Need original function f(x)f(x): We have the slope at x=2x=-2, but we need the actual function value f(2)f(-2). Since we know f(1)=1f(1)=1, we can't directly use the derivative to find f(2)f(-2). We need the original function f(x)f(x), which we don't have. We can't proceed without it.

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