In Problems 55-66, express your answer as a linear inequality with appropriate nonnegative restrictions and draw its graph. Textiles. A textile mill uses two blended yarns-a standard blend that is 30 % acrylic, 30 % wool, and 40 % nylon and a deluxe blend that is 9 % acrylic, 39 % wool, and 52 % nylon -to produce various fabrics. How many pounds of each yarn should the mill use to produce a fabric that is at least 20 % acrylic ?
In Problems 55-66, express your answer as a linear inequality with appropriate nonnegative restrictions and draw its graph. Textiles. A textile mill uses two blended yarns-a standard blend that is 30 % acrylic, 30 % wool, and 40 % nylon and a deluxe blend that is 9 % acrylic, 39 % wool, and 52 % nylon -to produce various fabrics. How many pounds of each yarn should the mill use to produce a fabric that is at least 20 % acrylic ?
Solution Summary: The author explains the linear inequality with non-negative restrictions where computation of the number of pounds of each yarn is required to produce a fabric which is at least 20% acrylic.
In Problems 55-66, express your answer as a linear inequality with appropriate nonnegative restrictions and draw its graph.
Textiles. A textile mill uses two blended yarns-a standard blend that is
30
% acrylic,
30
% wool, and
40
% nylon
and a deluxe blend that is
9
% acrylic,
39
% wool, and
52
% nylon
-to produce various fabrics. How many pounds of each yarn should the mill use to produce a fabric that is at least
20
% acrylic
?
Mathematics with Applications In the Management, Natural and Social Sciences (11th Edition)
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