Mathematics, 09.11.2020 17:00 iamsecond235p318rq
A rectangle has a perimeter of 32 in. Find the length and width of the rectangle under which the area is the largest.
a. Let the width to be x and the length to be y , then the quantity to be maximized is (expressed as a function of both x and y) A=
b. The condition that x and y must satisfy is y=
Answers: 3
Mathematics, 21.06.2019 14:00
Find parametric equations for the line. (enter your answers as a comma-separated list of equations. let x, y, and z be functions of t.) the line in the direction of the vector 5 i + 5 j − 6k and through the point (−4, 4, −2).
Answers: 1
A rectangle has a perimeter of 32 in. Find the length and width of the rectangle under which the are...
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