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A pig farmer wants to enclose a rectangular area and then divide it into three pens with fencing parallel to one side of the rectangle (see the figure below). He has 650 feet of fencing available to complete the job. What is the largest possible total area of the three pens? Note: The answer to this problem requires that you enter the correct.
Develop a tree diagram for tossing two, eight-sided gaming dice to figure out how many possibilities there are. Define Tree Diagram and Dice Tossing
A) How many jerseys (try it in steps of 10, so 200, 210, 220, etc.) should target order (assume unsold jerseys have $0 value)?
Describe an algorithm that identifies the bad coin in at most three weighings and also determines whether it is heavier or lighter than the others, using only a pan balance.
Determining the dimensions of a rectangle of maximum area that is formed by x- axis and a semi circle - What length and width should the rectangle have so that its area is a maximum?
Ron the realtor is offered a job directly out of real-estate school. he has a selection as to which way he will receive his salary the first year.
A farmer plans to use 21 m of fencing to enclose a rectangular pen having an area of 55 m². Only three sides of the pen need fencing because of an existing wall. Find the dimensions of the pen.
Use the Theorem of Pappus to ?nd the volume of the given solid.
At a certain factory, it s determined that an output Q unit is expected when L worker-hours of labor are employed where Q(L) = 3100√L
State the research and null hypotheses to test whether or not doctors in this HMO have less experience than the national average at alpha=0.05
Let vector r(t) = t i + t^2 j represent a plane curve. Find T(t), T(1) and N(1). Sketch the plane curve and graph the vectors T(1) and N(1) at the point t = 1.
the perimeter of a basketball court is 276'. the length is 40' longer than the width. find the dimensions of the court.
A beacon on a lighthouse 2000m away from the nearest point P on a straight shoreline revolves at the rate of 10 pi radians per minute. How fast is the beam of the light moving along the shoreline when it is 500m from P?
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