Another option is a square prism with a 3 inch-by-3 inch base, as shown. It requires___ in2 of material to make this container. Round to the nearest tenth of a square inch.
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OpenStudy (anonymous):
OpenStudy (sierra!):
9+9+ (3*5*4)=78 square inches
OpenStudy (sierra!):
hope that helps
OpenStudy (anonymous):
I tried that answer. And I got it wrong. Thanks anyways!
OpenStudy (sierra!):
hold on let me double check
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OpenStudy (anonymous):
Okay
OpenStudy (sierra!):
Im not sure then?
OpenStudy (nikato):
Were you given the height?
OpenStudy (anonymous):
No I wasn't.
OpenStudy (nikato):
I don't think there's enough info to solve the problem
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OpenStudy (anonymous):
I agree.. On the explanation of the questions it said this...
You are in charge of designing containers for a new brand of juice. Your company wants you to compare several different container shapes. The container must hold a 6-inch straw so that exactly 1 inch remains outside the container when the straw is inserted as far as possible.
OpenStudy (nikato):
Wait, you can actually solve for it now.
Can you find the length of the diagonal of the square?
OpenStudy (anonymous):
4 inches?
OpenStudy (nikato):
No.
You can use the pythagoreom theorem.
3^2 + 3^2=x^2
What's x?
OpenStudy (anonymous):
6?
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