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It costs Betty $1.50 to produce each bagel and $9000 per month in fixed costs. (a) Find the linear equation for total monthly cost, C, in terms of x, the number of bagels produced each month. (b) Find the linear equation for monthly revenue, R, in terms of x, the number of bagels sold each month. (c) How many bagels must be produced and sold to break-even? (d) What is Betty"s profit (loss) if she produces and sells 1600 bagels?
Using the quadratic equation x2 - 6x + 8 = 0, perform the following tasks: Graph the function using the equation in part a. Explain why it is not necessary to plot points to graph when using y = a (x - h) 2 + k.
Find A.M, G.M, H.M, median and mode of following data and find the missing frequencies from the data given below if mean is 60.
a bag of marbles can be shared equally among 3,4,5 students with none left over. What is the least amount of marbles that can be in the bag?
Find an equation for the sphere centered at (2, -4, -1) that is tangent to the y-z coordinate plane.
Given a line L and a point A in the plane, construct the line perpendicular to L that passes through A.
Service station cars arive randomly at a rate of 1 car every 30 min. the average time to change oil on a car is 20 min. both the time between arrivals and service time can be modeled using the negative exponential Poisson distribution.
Expected value, indifference probabilities, expected utility, For the payoff table below, the decision maker will use P(s1) = .15, P(s2) = .5, and P(s3) = .35.
Your insurance stipulates at least one system must be working 9989 times out of 10000. In order to achieve that level with two independent systems, what is the maximum probability of failure allowed for a single system?
Use the dual simplex method to solve the following LP:
Solving probability problems based on Binomial distribution
Given the vector field F=3yi + (5-2x)j + ((z^2)-2)k find the surface integral of the normal component of curl F over the open hemispherical surface (x^2)+(y^2)+(z^2)=4 above the xy plane
In 2006 there were about 11 million commercial flights in the United States. If one is selected at random what is the probability that it involved a fatal accident?
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