network profile
| bio | website | |
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| location | ||
| age | ||
| visits | member for | 8 months |
| seen | Apr 8 at 0:23 | |
| stats | profile views | 13 |
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Jan 1 |
comment |
Modification of Newton's Law of Cooling Yeah modelling is extremely fun. Unfortunately I'm in first year and there's not much you can do with high school level mathematics. Onwards to MIT OCW! |
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Dec 31 |
awarded | Scholar |
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Dec 31 |
accepted | Modification of Newton's Law of Cooling |
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Dec 31 |
comment |
Modification of Newton's Law of Cooling Ah thank you. I modified the equation to be $\frac{dT_1(t)}{dt} = \frac{1}{C_2}(T_2(t)-T_1(t))$ and it looks much better now. As $C_1$ approaches $\infty$ the reciprocal approaches zero and that term is effectively gone. Just wondering, are there any literature online that's related these types of modelling? |
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Dec 31 |
awarded | Supporter |
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Dec 31 |
asked | Modification of Newton's Law of Cooling |
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Sep 14 |
comment |
Force and Natural Units Thank you for that detailed answer. I haven't thought about this before and now I feel stupid. However I do find it kind of strange that the various definitions of force are not consistent, so that we have to have unit conversion there. It would seem logical for proportionality constants to be dimensionless. |
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Sep 14 |
awarded | Student |
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Sep 14 |
asked | Force and Natural Units |
