Logarithmic differentiation Multiple Choice Identify the letter of the choice that best completes the statement or c 7 2 (sin2 x) 1. Differentiate y = In Fhy In 2 y 7 cot x x7.Zs a. cot X 7 In(x 7 2 cot X b. y' = X с. 7x+ 2 sin x y x72 2 d. y= 7 cos x + 1 In COS X 2 7 sin x + y sin x Use logarithmic differentiation to find the derivative of 2. 90x 5x 1 y' = (5x + 1) (x a. X 60 y (5x + 1 ( - 1) b. 5x 1 60 y' = (5x + 1) (x - 1) с. 5х + 1 X 30 1' (-1)' d. y' = (5x + 5x 1 X Tx + + r
Logarithmic differentiation Multiple Choice Identify the letter of the choice that best completes the statement or c 7 2 (sin2 x) 1. Differentiate y = In Fhy In 2 y 7 cot x x7.Zs a. cot X 7 In(x 7 2 cot X b. y' = X с. 7x+ 2 sin x y x72 2 d. y= 7 cos x + 1 In COS X 2 7 sin x + y sin x Use logarithmic differentiation to find the derivative of 2. 90x 5x 1 y' = (5x + 1) (x a. X 60 y (5x + 1 ( - 1) b. 5x 1 60 y' = (5x + 1) (x - 1) с. 5х + 1 X 30 1' (-1)' d. y' = (5x + 5x 1 X Tx + + r
Logarithmic differentiation Multiple Choice Identify the letter of the choice that best completes the statement or c 7 2 (sin2 x) 1. Differentiate y = In Fhy In 2 y 7 cot x x7.Zs a. cot X 7 In(x 7 2 cot X b. y' = X с. 7x+ 2 sin x y x72 2 d. y= 7 cos x + 1 In COS X 2 7 sin x + y sin x Use logarithmic differentiation to find the derivative of 2. 90x 5x 1 y' = (5x + 1) (x a. X 60 y (5x + 1 ( - 1) b. 5x 1 60 y' = (5x + 1) (x - 1) с. 5х + 1 X 30 1' (-1)' d. y' = (5x + 5x 1 X Tx + + r
Transcribed Image Text:Logarithmic differentiation
Multiple Choice
Identify the letter of the choice that best completes the statement or c
7 2
(sin2 x)
1. Differentiate y = In
Fhy In
2
y
7 cot x
x7.Zs
a.
cot X
7
In(x
7 2 cot X
b. y' =
X
с.
7x+ 2 sin x
y
x72
2
d. y= 7 cos x +
1
In
COS X
2
7 sin x +
y
sin x
Use logarithmic differentiation to find the derivative of
2.
90x
5x 1
y' = (5x + 1) (x
a.
X
60
y (5x + 1 ( - 1)
b.
5x 1
60
y' = (5x + 1) (x - 1)
с.
5х + 1
X
30
1' (-1)'
d.
y' = (5x +
5x 1
X
Tx
+
+
r
With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.
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