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During the first part of a trip, a canoeist travels 43 miles at a certain speed. The canoeist travels 21 miles on the second part of the trip at a speed 5 mph slower. The total time for the trip is 5 hours. What was the speed on each part of the trip?
What type of solution do you get for quadratic equations where D
A rectangular page is to contain 196 square inches of printable area. The margins on each side are 1 inch. What should the dimensions of the page be so that the least amount of paper is used?
Factor polynomial and state the multiplicity of each zero - Use the factor theorem to find P(x)
Suppose that a batch of 100 items contains 6 that are defective and 94 that are nondefective. If X is the number of defective items
Quadratic equations may be solved by graphing, using the quadratic formula, completing the square, and factoring. What are the pros and cons of each of these methods, when are they appropriate and which method is your preference?
Explain why the existing $310,000 of fixed costs is a sunk cost, while the $320,000 of fixed costs associated with the proposed addition is an out of pocket cost.
Present this article to the class and explain why you chose the example. Include the URL for the site you used. Do not copy the text in the site verbatim. You should summarize your findings.
Find a solution of the differential equation that satisfies the initial condition y(1) = 3.
Find a polar equation to describe curve represented by Cartesian equation 3x^2+3y^2=16
what is the probability that all will make a purchase and evaluate the probability that a light bulb will burn out in less than 1000 hours.
A stone is tossed vertically upward with an initial velocity of 30 ft/s from the top of a 40 ft building. What is the height of the stone after 0.21 s?
During the last hour, a telemarketer dialed 20 numbers and reached 4 busy signals, 3 answering machines, and 13 people. Use this information to determine the empirical probability that the next call will be answered in person.
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