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Question 1- Use L'Hopital's Rule to evaluate the limit:
a) limx→∞(x tan (3/x))
b) limx→ 0+(1+(3/x))x
Question 2- Evaluate the improper integral (or state "divergent"). Justify your answer completely.
a) 1∫∞ x·e-3x dx
b) -1∫1 (1/3√x) dx
Question 3- Use partial fraction to integrate:
∫(4x2 - x + 12/x3 + 4x)dx
Compute the estimate for the standard error of the difference between two proportions.
find the exact solutions of the equation in the interval [0, 2π).
Describe the event "more heads than tails" in terms of the sample space.
find the terminal point p(x,y) on the unit circle determined by the given value of t.
Find the maximum value attained by the function f on the whole real line.
A jewelry floor safe with a square base is to be made so as to have a total volume of 648 cubic inches. The side material for the safe costs $1 per square inch.
In Calculus: Explain the difference between a function and a relation in your own words. Consider the equation x2 + y2 = 5 and explain why you believe it's a function or not? Give at least two reasons to support your answer.
Estimate the minimum sample size needed to estimate the population mean with the stated accuracy. Show all work.
The fourth person got 8 tickets, and there were 5 tickets left for the fifth person. Find the total number of tickets given away. Show and explain work please.
Part A: Describe the solution(s) to the equation by just determining the radicand. Show your work. Part B: Solve 4x2+ 8x - 5 = 0 by using an appropriate method. Show the steps of your work, and explain why you chose the method used.Part C: Solve 2x..
Approximate the maximum possible error in measuring the polar coordinates of the point. (Round your answers to three decimal places.)
Suppose you have 82 feet of fencing to enclose a rectangular dog pen. The function A = 31x - x2, where x = width, gives you the area of the dog pen in square feet. What width gives you the maximum area? What is the maximum area? Round to the neare..
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