Use the product rule to find the derivative of j(x) = (4x³) (2x² − 3). If we set f(x) ƒ'(x) g'(x) Thus j'(x): = = = = 4x³ and g(x) 2x² (2x² − 3) + (4x³). Simplifying, we have j'(x) = = 3, then and

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Chapter1: Functions And Models
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4.1 Please answer clearly
Use the product rule to find the derivative of
j(x) = (4x³) (2x² −– 3).
If we set f(x)
ƒ'(x) =
g'(x)
Thus j'(x) =
=
=
=
=
4x³ and g(x) 2x²
· (2x² − 3) +
(4x³).
Simplifying, we have j'(x)
=
=
3, then
and
Transcribed Image Text:Use the product rule to find the derivative of j(x) = (4x³) (2x² −– 3). If we set f(x) ƒ'(x) = g'(x) Thus j'(x) = = = = = 4x³ and g(x) 2x² · (2x² − 3) + (4x³). Simplifying, we have j'(x) = = 3, then and
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