Chapter 5 Problems
Thirty chapter problems: 10 from the original book and 20 added for more practice.
Read the chapter problems → · Chapter solutions →
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Original problem · clarified
You deposit $1000 into the stock market that you plan to keep until you retire in 45 years. Your portfolio has an annual rate of return of 10% per year. If you are 20 years old, at what rate is your wealth growing when you are 60? (Use units of dollars per year)Clarification: Assume continuous compounding at an annual rate of 0.10, with t in years since the deposit.
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Original problem · clarified
FindClarification: Take the real-domain limit as x approaches 3 from the right.
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Original problem
Solve -
Original problem
What is -
Original problem
Calculate the derivative of -
Original problem
Find the derivative of -
Original problem
Find -
Original problem
Find the derivative of -
Original problem
Find the slope of the tangent line at x=0 of -
Original problem
Find the slope of the tangent line at x=0.5 of -
Added problem
Differentiate .
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Added problem
Find the derivative of .
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Added problem
Find the derivative and domain of .
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Added problem
Use logarithmic differentiation to differentiate for .
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Added problem
Differentiate .
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Added problem
Differentiate and give the finite derivative domain.
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Added problem
Differentiate on its interior domain.
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Added problem
Find the derivative of .
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Added problem
For the one-to-one function , find without solving for the full inverse.
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Added problem
A locally invertible function has and . Find the derivative of its inverse at 7.
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Added problem
Use L’Hospital’s rule to evaluate .
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Added problem
Evaluate .
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Added problem
Find .
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Added problem
Evaluate .
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Added problem
Evaluate .
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Added problem
A student uses L’Hospital on and gets 1. Diagnose the mistake.
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Added problem
In a fictional savings model, dollars, with t in years. Find the instantaneous growth rate at year 5.
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Added problem
A fictional substance follows grams and halves in 6 hours. Find k and its mass rate at hour 6.
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Added problem
State the derivative of for and explain why is needed.
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Added problem
Show that the derivative of is on both x>0 and x<0.