meta user
network profile
| bio | website | |
|---|---|---|
| location | ||
| age | 22 | |
| visits | member for | 2 years, 5 months |
| seen | May 11 '12 at 13:48 | |
| stats | profile views | 61 |
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May 9 |
awarded | Supporter |
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May 9 |
comment |
Using an integrating factor to solve an ODE Thank you so much everyone!!!! |
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May 9 |
accepted | Using an integrating factor to solve an ODE |
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May 9 |
comment |
Using an integrating factor to solve an ODE no we aren't given any IC's either which is why i'm so confused by it all. but thanks so much!!! |
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May 9 |
comment |
Using an integrating factor to solve an ODE ahhhhh thank you, in yours you have $t-t_o$ whereas he just has t, are you allowed to just put t there? |
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May 9 |
comment |
Using an integrating factor to solve an ODE sorry when i typed it the computer changed things, * is just multiplication. When i use the method of an integrating factor, my integrating factor is exp((1+a)t), so not e the constant. I thought i couldn't use separation of variables for this type of problem? |
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May 9 |
asked | Using an integrating factor to solve an ODE |
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May 5 |
accepted | Proof of Fourier Transform |
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May 5 |
asked | Proof of Fourier Transform |
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Jan 25 |
accepted | Evaluating the argument of exp(4z)=i |
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Jan 25 |
comment |
Maximum likelihood and sufficient statistics Since posting i think i have answered my own question, however i am now unsure as to how to show that the method of moments estimator is B + C. any ideas?? |
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Jan 25 |
comment |
Maximum likelihood and sufficient statistics yes, and the sum is concerning t. i know it is very confusing to read, but i do not know how else to write it. |
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Jan 25 |
accepted | Numerical Solutions of ordinary differential equations |
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Jan 25 |
asked | Maximum likelihood and sufficient statistics |
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Jan 18 |
revised |
Numerical Solutions of ordinary differential equations edited title |
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Jan 18 |
asked | Numerical Solutions of ordinary differential equations |
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Jan 5 |
asked | Evaluating the argument of exp(4z)=i |
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Dec 20 |
asked | Likelihood function estimating two different means |
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Dec 14 |
awarded | Editor |
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Dec 14 |
revised |
Expansion of a function with a negative fractional power added 11 characters in body |
