SOLUTION: On a rectangular piece of cardboard with perimeter 13 inches, three parallel and equally spaced creases are made. (See Figure 1.) The cardboard is then folded along the creases to

Algebra ->  Polynomials-and-rational-expressions -> SOLUTION: On a rectangular piece of cardboard with perimeter 13 inches, three parallel and equally spaced creases are made. (See Figure 1.) The cardboard is then folded along the creases to       Log On


   

Question 1186325: On a rectangular piece of cardboard with perimeter 13 inches, three parallel and equally spaced creases are made. (See Figure 1.) The cardboard is then folded along the creases to make a rectangular box with open ends. (See Figure 2.) Letting x represent the distance (in inches) between the creases, use the ALEKS graphing calculator to find the value of x that maximizes the volume enclosed by this box. Then give the maximum volume. Round your responses to two decimal places.
Answer by ikleyn(52835) About Me  (Show Source):
You can put this solution on YOUR website!
.

I do not see Figures 1 and 2, because they absent in the post.

Also, I have no ALEKS graphing calculator to satisfy your requests.

I do not understand your writing about three equally spaced creases and consider it as a total GIBBERISH.