To make 18 grams of Z requires 2 grams of X and 16 grams of Y.

Minez

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Liquid A has 10 grams of element X per liter. Liquid B has 15 milligrams of element Y per [FONT=MathJax_Math-italic]c[FONT=MathJax_Math-italic]m[/FONT][FONT=MathJax_Main]3[/FONT][/FONT] (there are 1000 milligrams in a gram and 1000 [FONT=MathJax_Math-italic]c[FONT=MathJax_Math-italic]m[/FONT][FONT=MathJax_Main]3[/FONT][/FONT] in a liter). It is desired to make 80 grams of molecule Z. To make 18 grams of Z requires 2 grams of X and 16 grams of Y. How many liters of each liquid should be used?
 
Liquid A has 10 grams of element X per liter. Liquid B has 15 milligrams of element Y per [FONT=MathJax_Math-italic]c[FONT=MathJax_Math-italic]m[/FONT][FONT=MathJax_Main]3[/FONT][/FONT] (there are 1000 milligrams in a gram and 1000 [FONT=MathJax_Math-italic]c[FONT=MathJax_Math-italic]m[/FONT][FONT=MathJax_Main]3[/FONT][/FONT] in a liter). It is desired to make 80 grams of molecule Z. To make 18 grams of Z requires 2 grams of X and 16 grams of Y. How many liters of each liquid should be used?
You originally posted this to calculus, so you've already completed algebra. This requires only pre-algebra, at most. What are your thoughts? What have you tried? How far have you gotten? Where are you stuck?

Please be complete. Thank you! ;)
 
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