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A pan for baking french bread is shaped like half a cylinder. It is 12 inches long and 3.5 inches in diameter. What is the volume of the uncooked dough that would fill this pan?

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lunathevampirep3r8yr

[tex]\pi \:{r}^{2} h[/tex]
Since we have the diameter, we need to divide it in half to get the radius of 1.75. You then square it to get 3.0625. Next, multiply this by the height (or length in this case) to get 36.75. you can either leave it in terms of pi or multiply 36.75 to get your final answer
facundo3141592

The volume of uncooked dough that will fill the pan is 57.7 in^3.

How to get the volume?

Remember that the volume of a cylinder is of radius R and height H, is:

V = pi*R^2*H

Then the volume of half a cylinder is 0.5 times the above value.

In this case, the diameter is 3.5 inches, so the radius is:

R = (3.5in/2) = 1.75in

And the height is 12 inches, so the volume of half of that cylinder will be:

V = 0.5*3.14*(1.75 in)^2*12in = 57.7 in^3

The volume of uncooked dough that will fill the pan is 57.7 in^3.

If you want to learn more about volumes, you can read:

https://brainly.com/question/10171109

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