- #1
Jell-O Man
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As I am actually performing this, it occurred to me I'm a bit rusty and cannot define the formula to calculate the following process. Anyone who can solve this and show a proof, your help would be appreciated. NO, I'm not a student looking for someone to do my work, I've been out of school for 7 years... which is why I'm rusty.
10 US gal of a solution is made using 5 gal of boiling water, added to 5 gal of a solution (which is 99% water).
These 10 gal are then placed in an empty locker freezer, which is approx 10 cubic ft, and has an ambient temp of -10 degrees(F).
My question is: how long should it take to cool the solution to 35 degrees(F)?
I have not been able to figure out cold output of the freezer, so answer would have to use a variable to define the strength of the freezer's output in the formula for "t".
Thanks in advance.
10 US gal of a solution is made using 5 gal of boiling water, added to 5 gal of a solution (which is 99% water).
These 10 gal are then placed in an empty locker freezer, which is approx 10 cubic ft, and has an ambient temp of -10 degrees(F).
My question is: how long should it take to cool the solution to 35 degrees(F)?
I have not been able to figure out cold output of the freezer, so answer would have to use a variable to define the strength of the freezer's output in the formula for "t".
Thanks in advance.