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1. Find the mass of the region R bounded by
y = x + 1; y = x2; x = 0 and x = 1, if density = δ(x, y) = xy.
2. Find the volume of the tetrahedron shown below.
Present your final solutions as decimal approximations carried out to the third decimal place. Due to the nature of these solutions, no check is required.
What is the probability that the average fracture strength of 100 randomly selected pieces of this glass exceeds 14.5?
in many ways comparing multiple sample means is simply an extension of what we covered last week.nbsp what situations
Let R be the region bounded by the curves f(x) = ln(x+3) +2 and g(x) = x^2 - 8x + 18. Using the washer method, find the volume of the shape which is formed if R is rotated around the x- axis.
The crowd stares at you. Is he correct? Should Newton have stuck to minding the London mint? Should Leibniz have stayed a librarian at Wolfenbuettel?
a. Make a scatter graph of the data with a trendline, equation, and R2 value. Copy and paste your graph here.
Type A feed costs him 17 cents per pound, and Type B feed costs him 20 cents per pound. How many pounds of each type should the farmer buy to minimize the cost?
Apply the second derivative test at each critical point. Show the correct concave structure and indicate the behavior of f(x) as x →±∞, for f(x) = 4x5 - 5x4.
Jill's father bought Jill a car with the understanding that she would pay the car off in four years by making equal monthly installments. The car cost her father $5000 plus 9% sales tax. How much are the monthly payments Jill must make to her fath..
A condition of the trust is that exactly 3.4 of the fund must be invested in bonds and CDs. How much should the bank invest in each category. Give the system of equations.
there is a liquid motion due to a doublet of strength μ at the point (0,3α) with its axis along the Y axis.find the velocity potential
Let h be a differentiable function defined on the interval [0,3], and assume that h(0)=1 h(1)=2 and h(3)=2. a- argue that there exists a point d belong to [0,3] where h(d)=d.
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