Well, let's see. In order to find out what cake-day would be, we would have to find the period in which it occurs.
The natrual log of a number yields a period, so in order to find cake day, it is only natrual to find the period of the space within which it occurs. If you assume cylinder-shaped cake, the formula for it's area would be Pi*R^2*H...
If you have a way of determining R and H, then cake day would occur on log(Pi*r^2*H).
But I suck at any math higher than basic arithmatic, which is why I'm an accountant and not a rocket scientist. I need someone to check my math.
3 comments:
Too bad cake doesn't have a mathematically equivalent day.
This seems like something we could work on.
Quick to the Math Lab!
Well, let's see. In order to find out what cake-day would be, we would have to find the period in which it occurs.
The natrual log of a number yields a period, so in order to find cake day, it is only natrual to find the period of the space within which it occurs. If you assume cylinder-shaped cake, the formula for it's area would be Pi*R^2*H...
If you have a way of determining R and H, then cake day would occur on log(Pi*r^2*H).
But I suck at any math higher than basic arithmatic, which is why I'm an accountant and not a rocket scientist. I need someone to check my math.
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