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A pulley is suspended 13.5 m above a small bucket of cement on the ground. A rope is put over the pulley. One end of the rope is tied to the bucket and the other end dangles loosely to the ground. A construction worker holds the end of the rope at a constant height (1.5 m) and walks away from beneath the pulley at 1.6 m/s. How fast is the bucket rising when he is 9 m away from the path of the rising cement bucket?
Probability: Odds of Winning a Raffle, If the odds of winning a raffle are 17:214, what is the probability of winning?
Use this tree diagram and the probability determined in part (a) to calculate the probability that she should receive at least one payment exactly on time.
What is the optimal decision? Ken believes that the $300,000 figure for the Sub 100 with a favorable market is too high. How much lower would this figure have to be for Ken to change his decision made in part (b)?
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.
Find the supply and demand for particular value when supply and demand functions are given and How many videotapes are demanded at a price of $20?
Assume that f(z) is analytic at the origin and f(0) = first derivative of f at 0 = 0. Prove that f(z) can be written in the form f(z) = [z^2]g(z), where g(z) is analytic at z = 0.
How many permutations are there of 12 objects taken five at a time? How is this answer related to answers in 1 and 2?
Important information about Statistics probability, Packages from packing machine have a mass, which is normally distributed with mean 200g and standard deviation 2g
Evaluate the Area of under one arch of a cycloid using its integration
Please provide your own real-world example from your work or life using the slope and y-intercept. What are the slope and y-intercept in your example?
Smalltown Elevator produces elevator rails. To meet specifications, an elevator rail must be between 0.995 inches and 1.005 inches in diameter. Suppose that the diameter of an elevator rail follows a normal random variable with mean of 1 inch
To find the rate of increment in the height of conical pile at a particular point using differentiation.
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