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The breaking point of a particular type of rope is normally distributed, with a mean of 380 pounds and a standard deviation of 24 pounds. What is the probability that a piece of this rope chosen at random will have the following breaking points? (Round your answers to three decimal places.)
(a) less than 350 pounds
(b) between 370 and 400 pounds
A thin plate occupies the region x^2/4 + y^2/9 is less than or equal to 1. If the temerature of the plate is T(x,y)= x^2 + y^2 - 5y + 5, find the coldest and hottest points on the plate.
An object is oscillating at the end of a spring. Its position, in centimeters, relative to a fixed point, is given as a function of time, t, in seconds.
suppose we are modeling an operation that requires us to find values of 5 decision variables as simply as we possibly
What percentage of families in the United States were married households in 1970? In 1980? In 1990? In 2000?
Do this procedure for several rows. What numbers do you get? Make a conjecture, then formulate your conjecture as an identity involving binomial coefficients. Finally, prove your conjecture is correct.
semicircles are placed on the sides of an equilateral triangle with sides 10.1 feet. find the shaded area. with this problem the whole thing is shaded.
Question 1: Discuss the value of standardization and standards in the field of operations management. Question2: Reliability and Maintenance methods can be applied to manufacturing and services processes.Provide a report on how you can apply these ..
Evaluate the number of ways between two town from the word problem - How many ways are there to go from A to C?
Let time t = 0 correspond to 6 A.M., and suppose that the arrival rate (in arrivals per hour) of customers to a breakfast restaurant that is open.
Find the pattern inventory for the corner 3-colorings of a floating pentagon with adjacent corners different colors.
What is its current value? What month is this for? How does its value in this month compare to its value for the same month a year ago? (That is, by what percentage has the index risen? Use the "seasonally adjusted" number.)
Find the value of theta that maximizes g(theta) and find the maximum value. Write the directional derivative at P as a function of theta; call this function g(theta).
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