7. If y == f(x²), ƒ' (4) = 3, ƒ (4) = 12, then y′(2) = a. 0 8. If y=x then y' (4) = a. 2√2 2 + In 2 2√2 b. 4 b. 3 3 In 3 2√3 c. 3 c. 8+41n4 d. 2 d. 1
7. If y == f(x²), ƒ' (4) = 3, ƒ (4) = 12, then y′(2) = a. 0 8. If y=x then y' (4) = a. 2√2 2 + In 2 2√2 b. 4 b. 3 3 In 3 2√3 c. 3 c. 8+41n4 d. 2 d. 1
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
Related questions
Question
pleasssse solve questionnnnnn 7 and 8
.g(x) + 4) dx =
a. 18
b. 24
c. 12
b. 33
b. 0
b. f¹(x)=-1-√√x-1
d. ƒ^¯¹(x)=1+√√x−1 x21
c
c.-√3
b. 1
c. 3
c. 8+4ln4
10. if In x³ = 6log2-3log 4 then x =
a. e²
c. 1
11. The slope of the tangent line to the curve xe +3 x² = y² + 8x-1 at (1, 0) =
b.-2
c. 12
12. The value of c that satisfy the mean value theorem for f(x) =
C.
c. √3
d. 1
x-1
x5-1
d. √3
d. 2
ut
d. - 1
-on [-2, 0] is
d. 0
d. e
d.-√3 +1](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe7f5e0b8-e55a-4bb3-94eb-cf6d91142078%2F36d475b5-1704-4798-9e17-747e0da7a75b%2Fwuj9ybj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:4. The inverse function of y=x²-2x+2 is
- ƒ^²(x)=-1+√x-1
c. f¹(x) = −1+√√√x-1
5. cos`¹ (cos ³) =
a.
6. lim
бя
5
a.-3
== x+1
a. 0
√√3x² +1
8. If y=x√ then y' (4) =
(2)
+
2√2
a. 2
a. 2√2
x2-1
+21
7. If y ==—ƒ(x²), ƒ' (4) = 3, ƒ(4) = 12, then y' (2) =
a. √3-1
b. 4
бл
b. 6,707
7
b. 3
3
(+)
2√3
9. if f(x) is even function and g(x) is odd function then ](/(x).g(x) + 4) dx =
a. 18
b. 24
c. 12
b. 33
b. 0
b. f¹(x)=-1-√√x-1
d. ƒ^¯¹(x)=1+√√x−1 x21
c
c.-√3
b. 1
c. 3
c. 8+4ln4
10. if In x³ = 6log2-3log 4 then x =
a. e²
c. 1
11. The slope of the tangent line to the curve xe +3 x² = y² + 8x-1 at (1, 0) =
b.-2
c. 12
12. The value of c that satisfy the mean value theorem for f(x) =
C.
c. √3
d. 1
x-1
x5-1
d. √3
d. 2
ut
d. - 1
-on [-2, 0] is
d. 0
d. e
d.-√3 +1
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