# Differentiate the function fix ) = x4 In x. f 'OD= Differentiate the given function. g (it ) = In (3 u2 —i76) E 1(u)=-- Differentiate the function jr(x) = ex2 ÷ — 11 Differentiate the given...

Differentiate the function fix ) = x4 In x.
f 'OD=
Differentiate the given function. g (it ) = In (3 u2 —i76)
E 1(u)=--
Differentiate the function jr(x) = ex2 ÷ — 11
Differentiate the given function Simplify your answer. f(x) = 90e X ln x
f
Differentiate the function F (x ) = In (5-V 3 4- 41x + 2).
F '( x)—
Find the largest and smallest values of the given function over the prescribed closed, bounded interval. F(x)= 4eg(x), g(x)= x2 - 12x for 0 The largest value is 1'
1 and smallest is
Find an equation for the tangent line to y =1(x) at the specified point. f(x) = 14x - 7 in x ; where x =e
=
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## Solution

Robert answered on Dec 20 2021
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Solution 2:
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Solution 3:
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Solution 4:
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Solution 5:
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Solution 6:
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Solution 7:
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To find maximum or minimum we equate F’(x)=0

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At this value we get minimum:
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The maximum occurs at :
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Solution 8:
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Slope of tangent is:

At x=e slope is:

At x=e y is:
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Solution 9:
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Solution 10:
Sales is given by function f(x)
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When complimentary copies is:
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SOLUTION.PDF