1. Evaluate the following limits (if it exists) (a) lim X3 Vx+6-x (b) lim ズ→1 Vx-1+x2-x ズー3 xー1 2x (c) lim (* (d) lim ズ→1 Jx2+1 xー1

College Algebra (MindTap Course List)
12th Edition
ISBN:9781305652231
Author:R. David Gustafson, Jeff Hughes
Publisher:R. David Gustafson, Jeff Hughes
Chapter4: Polynomial And Rational Functions
Section4.2: Polynomial Functions
Problem 96E: What is the purpose of the Intermediate Value Theorem?
icon
Related questions
Question
1.
Evaluate the following limits (if it exists)
Vx+6-x
Vx3-1+x2-x
(a) lim
x-3
(b) lim
ズ→1
ズー3
xー1
2x
Vx2+1
(d) lim
2.
(c) lim
X→00
X1
Xー1
2.
(a) Let f(x) =
(x+1)(x³+x² +1)(x? -x+1)
find f'(-1)
X+1
Vx2+1 ex+2
(b) Let f (x) = x* , find f'(2)
(c) Let g(x) = 2* , find g(5) (x)
3
Use the linear approximation to estimate the following numbers
(a) In(0.97)
(b) V7.94
(c) V10004
4.
A deposit of $400 is made in an account that earns interest at
an annual rate of 2.5%. How long will it take for the balance to double
when the interest is compounded (a) annually, (b) monthly, (c) daily,
and (d) continuously?
5.
Let f (x) = xVx² + 3
(a) Show that the function f (x) is one-to-one.
(b) Find g'(f (-2)) for the function g(x) , that is the inverse function o-
Transcribed Image Text:1. Evaluate the following limits (if it exists) Vx+6-x Vx3-1+x2-x (a) lim x-3 (b) lim ズ→1 ズー3 xー1 2x Vx2+1 (d) lim 2. (c) lim X→00 X1 Xー1 2. (a) Let f(x) = (x+1)(x³+x² +1)(x? -x+1) find f'(-1) X+1 Vx2+1 ex+2 (b) Let f (x) = x* , find f'(2) (c) Let g(x) = 2* , find g(5) (x) 3 Use the linear approximation to estimate the following numbers (a) In(0.97) (b) V7.94 (c) V10004 4. A deposit of $400 is made in an account that earns interest at an annual rate of 2.5%. How long will it take for the balance to double when the interest is compounded (a) annually, (b) monthly, (c) daily, and (d) continuously? 5. Let f (x) = xVx² + 3 (a) Show that the function f (x) is one-to-one. (b) Find g'(f (-2)) for the function g(x) , that is the inverse function o-
師簽
(r*)* -27 = 18 &
6.
Suppose that f (x) is twice differentiable, lim
ズ→1
ズ-1
s'(1+t)-f'(1-4t)
lim
= 1. Findf (1), f'(1), &f"(1).
rectangular package to be by a postal service can have a maximum
combined length and girth (perimeter of a cross section) of 276
centimeters. Find the dimensions of the package with maximum volume.
Assume that the package's dimensions are x by x by y (see figure).
7.
8
Determine the points where the tangent line to the curve of
f(x) = x3 - 3x2 + 2 are parallel to the line y = 9x + 4
9.
Given a normal probability density function
f(x) = e z) , find out the inflection points and the maximum
1
ov2n
10.
Sketch the graph of a rational function f (x) = 3ln(x² – 1) – 4x
In the graph, you should discuss the domain of f and the concavity of f,
describe the rise and fall of f, and find asymptotes, local minimum and
maximum if they exist.
Transcribed Image Text:師簽 (r*)* -27 = 18 & 6. Suppose that f (x) is twice differentiable, lim ズ→1 ズ-1 s'(1+t)-f'(1-4t) lim = 1. Findf (1), f'(1), &f"(1). rectangular package to be by a postal service can have a maximum combined length and girth (perimeter of a cross section) of 276 centimeters. Find the dimensions of the package with maximum volume. Assume that the package's dimensions are x by x by y (see figure). 7. 8 Determine the points where the tangent line to the curve of f(x) = x3 - 3x2 + 2 are parallel to the line y = 9x + 4 9. Given a normal probability density function f(x) = e z) , find out the inflection points and the maximum 1 ov2n 10. Sketch the graph of a rational function f (x) = 3ln(x² – 1) – 4x In the graph, you should discuss the domain of f and the concavity of f, describe the rise and fall of f, and find asymptotes, local minimum and maximum if they exist.
Expert Solution
steps

Step by step

Solved in 2 steps with 2 images

Blurred answer