Differentiate two ways; first, by using the Product Rule; then by multiplying the expression before differentiating compare your results as check. Use a graphing calculate to check your results. G ( x ) = 4 x 4 ( x 3 + 5 x )
Differentiate two ways; first, by using the Product Rule; then by multiplying the expression before differentiating compare your results as check. Use a graphing calculate to check your results. G ( x ) = 4 x 4 ( x 3 + 5 x )
Solution Summary: The author calculates the derivative of the function, G(x) with and without multiplication before the differentiation.
Differentiate two ways; first, by using the Product Rule; then by multiplying the expression before differentiating compare your results as check. Use a graphing calculate to check your results.
G
(
x
)
=
4
x
4
(
x
3
+
5
x
)
Formula Formula d d x f − g = d d x ( f ) − d d x ( g )
Write the zeros of the function:
y = (x2+2x-6)(x3+2x2-24x)
*there should be 5*
Find (go f)(4) when f(x)= - 4x- 4 and g(x)= -3x2 -5x + 3.
O A. 163
O B. 256
O C. 112
O D. - 1,097
Click to select your answer.
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The United States wine consumption can be modeled by the function f(x)=0.004x^2-0.094x+2.607 where x represents the year since 1980 and f(x) represents the number of gallons of wine consumed per person:
a. Evaluate f(25)
b. In what year can we expect to find the lowest amount of wine consumption per person? How much wine per person was consumed that year? c. In which years did the US consume 2.5 gallons of wine per person?
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