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study help
mathematics
precalculus
Calculus Of A Single Variable 11th Edition Ron Larson, Bruce H. Edwards - Solutions
Solve for x accurate to three decimal places. 800 100 e¹/2 50
Solve for x accurate to three decimal places. 5000 1 + ²x 2x e 2
Which of the following functions are their own derivative?y = ex + 4 y = ex y = e4x y = 4ex
Explain when to use long division before applying the Log Rule.
What is the value of n?ln 4 + ln(n-1) = ln 4 - ln 7
The function f has an inverse function, f-1. Is the domain of f the same as the domain of f-1? Explain.
Describe two ways to alter an integrand so that it fits an integration formula.
The function f is decreasing on its domain and has an inverse function, f-1. Is f-1 increasing, decreasing, or constant on its domain?
Integrating which trigonometric function results in ln|sin x| + C?
State the Chain Rule version of the derivative of the natural logarithmic function in your own words.
Sketch the graph of the function and state its domain.f (x) = ln 2x
Sketch the graph of the function.y = e-x
Sketch the graph of the function and state its domain.f (x) = -2 ln x
Solve for x accurate to three decimal places.ln x2 = -8
Sketch the graph of the function and state its domain.f (x) = ln |x|
Sketch the graph of the function.y = ex + 1
Use a graphing utility to graph the function. Then use the Horizontal Line Test to determine whether the function is one-to-one on its entire domain and therefore has an inverse function.f (x) = 1 - x3
Sketch the graph of the function.y = 1/3ex
Use a graphing utility to graph the function. Then use the Horizontal Line Test to determine whether the function is one-to-one on its entire domain and therefore has an inverse function.f (x) = x cos x
Use the properties of logarithms to expand the logarithmic expression.ln x/4
Sketch the graph of the function.y = e-x2
Sketch the graph of the function.y = -e-x-1
Use the properties of logarithms to expand the logarithmic expression.ln√x5
Find the indefinite integral by making a change of variables 1 + 1 2x dx
Find the indefinite integral by making a change of variables |++ 4 1 + √5x dx
Find the indefinite integral by making a change of variables √x dx √x - 3
Find the indefinite integral by making a change of variables X 3√x-1 dx
Use the properties of logarithms to expand the logarithmic expression.ln xy/z
Sketch the graph of the function.y = e-x/2
Use a graphing utility to graph the function. Then use the Horizontal Line Test to determine whether the function is one-to-one on its entire domain and therefore has an inverse function.h(x) = ln x2
Use the properties of logarithms to expand the logarithmic expression.x ln √x - 4
Use the derivative to determine whether the function is strictly monotonic on its entire domain and therefore has an inverse function.f (x) = 8x3 + x2 - 1
Use the derivative to determine whether the function is strictly monotonic on its entire domain and therefore has an inverse function.f (x) = 1 - x3 - 6x5
Use the properties of logarithms to expand the logarithmic expression.ln z/e
Show that f is strictly monotonic on the given interval and therefore has an inverse function on that interval.f (x) = (x - 4)2, [4, ∞)
(a) Find the inverse function of f,(b) Graph f and f-1 on the same set of coordinate axes,(c) Describe the relationship between the graphs, and(d) State the domains and ranges of f and f-1.f (x) = x5
(a) Find the inverse function of f,(b) Graph f and f-1 on the same set of coordinate axes,(c) Describe the relationship between the graphs, and(d) State the domains and ranges of f and f-1. X 2 √x² + 7
Write the expression as a logarithm of a single quantity.4 ln 2 -1/2 ln(x3 + 6x)
(a) Find the inverse function of f,(b) Graph f and f-1 on the same set of coordinate axes,(c) Describe the relationship between the graphs, and(d) State the domains and ranges of f and f-1.f (x) = √x
(a) Find the inverse function of f,(b) Graph f and f-1 on the same set of coordinate axes,(c) Describe the relationship between the graphs, and(d) State the domains and ranges of f and f-1.f (x) = 9 - 5x
Find the derivative of the function.y = e-2x3
Find the derivative of the function.y = ex-4
(a) Find the inverse function of f,(b) Graph f and f-1 on the same set of coordinate axes,(c) Describe the relationship between the graphs, and(d) State the domains and ranges of f and f-1.f (x) = x3 - 1
Find the derivative of the function.y = 5ex2+5
Find the derivative of the function.y = ex ln x
Find the limit.
(a) Find the inverse function of f,(b) Graph f and f-1 on the same set of coordinate axes,(c) Describe the relationship between the graphs, and(d) State the domains and ranges of f and f-1.f (x) = √4 - x2, 0 ≤ x ≤ 2
(a) Find the inverse function of f,(b) Graph f and f-1 on the same set of coordinate axes,(c) Describe the relationship between the graphs, and(d) State the domains and ranges of f and f-1.f (x) = x4, x ≥ 0
Find the derivative of the function.y = xe4x
Find the limit.
Find the limit.
Use the graph of the function f to make a table of values for the given points. Then make a second table that can be used to find f-1 and sketch the graph of f-1. To print an enlarged copy of graph, go to MathGraphs.com. 4 3 2 y 1 f I 2 3 I I 4
(a) Find the inverse function of f,(b) Graph f and f-1 on the same set of coordinate axes,(c) Describe the relationship between the graphs, and(d) State the domains and ranges of f and f-1.f (x) = 3√x - 1
(a) Find the inverse function of f,(b) Graph f and f-1 on the same set of coordinate axes,(c) Describe the relationship between the graphs, and(d) State the domains and ranges of f and f-1. f(x) = x + 2 X
Find the derivative of the function.y = (x + 1)2ex
Find the limit.
Find the derivative of the function.y = x2e-x
Find the derivative of the function.f (x) = ln(x2 + 3)
Find the derivative of the function.f (x) = ln 3x
Find the derivative of the function.
Find the derivative of the function.f (x) = ln(x - 1)
Find the derivative of the function.g(t) = e-3/t2
Find the derivative of the function.y = (ln x)4
Evaluate the definite integral. Use a graphing utility to verify your result. 4 5 3x + 1 dx
Find the derivative of the function.y = ln(2 - e5x)
Find the derivative of the function.h(x) = ln(2x2 + 1)
Find the derivative of the function.
Evaluate the definite integral. Use a graphing utility to verify your result. S₁ -1 1 2x + 3 dx
Evaluate the definite integral. Use a graphing utility to verify your result. (1 + In x)² X
Find the derivative of the function.
Find the derivative of the function.y = x2 ln x
Find the derivative of the function.
Find the derivative of the function.y = ln(x√x2 - 1)
Evaluate the definite integral. Use a graphing utility to verify your result. [² x² - 2 x + 1 dx
Find the derivative of the function.y = ln√x2 - 4
Find the derivative of the function.
Evaluate the definite integral. Use a graphing utility to verify your result. e 1 x ln - dx x
Find the derivative of the function.f(x) = ln x/ x2 + 1
Find the derivative of the function.y = ex(sin x + cos x)
Find the derivative of the function.y = ln[t(t2 + 3)3]
Evaluate the definite integral. Use a graphing utility to verify your result. S x - 1 x + 1 dx
Find the derivative of the function.y = e2xtan 2x
Evaluate the definite integral. Use a graphing utility to verify your result. Cπ/4 Jл/8 (csc 20 cot 20) de
Evaluate the definite integral. Use a graphing utility to verify your result. J 1 - cos Ꮎ - dᎾ Ꮎ - sin Ꮎ
Find the derivative of the function.
Find the derivative of the function.f (x) = ln 2x / x + 3
Find the derivative of the function.
Find the derivative of the function.g(t) = ln t/ t2
Find the derivative of the function.y = ln(ln x2)
Find the derivative of the function.h(t) = ln t/t3 + 5
Find an equation of the tangent line to the graph of the function at the given point.f(x) = e-x - 6, (0, -5)
Find the derivative of the function.y = ln √x + 1/ x - 1
Find an equation of the tangent line to the graph of the function at the given point.y = e3x-x2, (3, 1)
Find the area of the given region. Use a graphing utility to verify your result. y = 1 + ln x³ X
Find the derivative of the function.y = ln(ln x)
Find the derivative of the function.f (x) = ln √4 + x2 /x
Find an equation of the tangent line to the graph of the function at the given point.f (x) = e-x ln x, (1, 0)
Find the derivative of the function.y = ln 3√x - 1/ x + 1
Find the derivative of the function.f (x) = ln(x + √4 + x2)
Find the derivative of the function.y = ln |sin x|
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