
Mike D. answered 10/29/20
Effective, patient, empathic, math and science tutor
x = number of small boxes, y = number of large
x = y + 2
6x + 22y = 320
You can solve by plotting on Desmos or a graphing calculator and seeing where they intersect
Bob A.
asked 10/29/20Write System of Equations from Context
A paper company needs to ship paper to a large printing business. The paper will be shipped in small boxes and large boxes. The volume of each small box is 6 cubic feet and the volume of each large box is 22 cubic feet. There were 2 more small boxes shipped than large boxes and the total volume of all boxes was 320 cubic feet. Write a system of equations that could be used to determine the number of small boxes shipped and the number of large boxes shipped. Define the variables that you use to write the system.
I need
Let __=_______________________
Let __=_______________________
and
The Systems of Equations
____________________
____________________
Mike D. answered 10/29/20
Effective, patient, empathic, math and science tutor
x = number of small boxes, y = number of large
x = y + 2
6x + 22y = 320
You can solve by plotting on Desmos or a graphing calculator and seeing where they intersect
Hello, Bob,
Let L = number of large boxes
Let S = number of small boxes
We know that S = L + 2
We also know total volume is 320 ft3
Total volume is the number of small boxes times 6 ft3 plus the number of large boxes at 22 ft3.
Therefore: S*6 + L*22 = 320
Substitute the other equation for S to get (L+2)*6 + L*22 = 320
6L + 12 + 22L = 320
28L = 308
L = 11, therefore S = 13
11*22 = 242 and 13*6 = 78 for a total of 320 ft3.
Bob
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