network profile
| bio | website | |
|---|---|---|
| location | ||
| age | ||
| visits | member for | 1 year |
| seen | May 18 at 18:18 | |
| stats | profile views | 58 |
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Feb 1 |
revised |
How to change brackets in TraditionalForm output deleted 3 characters in body |
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Feb 1 |
asked | How to change brackets in TraditionalForm output |
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Feb 1 |
comment |
How to copy/paste an OverHat symbol into Microsoft Word 2010 properly? Perfect, congrats. I can male similar code for brackets also? Instead of traditional form u(v(r(b))) to get this u{v[r(b)]}, I am not sure how to recognize order of brackets? Thank you very much in any case. Regards, Pipe :) |
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Feb 1 |
comment |
How to copy/paste an OverHat symbol into Microsoft Word 2010 properly? Thank you very much Silvia! |
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Feb 1 |
accepted | How to copy/paste an OverHat symbol into Microsoft Word 2010 properly? |
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Feb 1 |
comment |
How to copy/paste an OverHat symbol into Microsoft Word 2010 properly? how to fix it in word 2010? What is charactercode? |
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Feb 1 |
revised |
How to copy/paste an OverHat symbol into Microsoft Word 2010 properly? edited title |
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Feb 1 |
asked | How to copy/paste an OverHat symbol into Microsoft Word 2010 properly? |
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Feb 1 |
comment |
How to get a more traditional-looking for protected constants Thank you very much Jens |
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Feb 1 |
asked | How to get a more traditional-looking for protected constants |
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Jan 30 |
revised |
Need conditions for DSolve added 6 characters in body |
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Jan 30 |
comment |
Need conditions for DSolve @ whuber you made me confuse, values under the root are already negative naturally and solutions are in the form e^(+/-)i*alpha*x and e^(+/-)i*beta*x.. alpha and beta should be the same |
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Jan 30 |
comment |
Need conditions for DSolve @whuber Dr whuber when I am speaking about solutions, I think about coefficient with x in e^alpha*x, so if coefficients are the same in first and second reduced equation my problem is solved |
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Jan 30 |
comment |
Need conditions for DSolve @whuber, I want to reduced order of equation 1 on order 2 and to keep 2 solutions from first equation, i is printing mistake, I changed |
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Jan 30 |
revised |
Need conditions for DSolve deleted 4 characters in body |
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Jan 30 |
revised |
Need conditions for DSolve added 494 characters in body |
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Jan 30 |
asked | Need conditions for DSolve |
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Jan 30 |
accepted | How to understand and use DSolve solution |
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Jan 30 |
asked | How to understand and use DSolve solution |
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Jan 30 |
comment |
How to transform equation The problem is how to solve because I have two functions X1[x] and Y1[x] from the output. Firstly I have to solve Y1 and then back to the substitution Derivative[2][X1][x] == Y1[x], but how to solve Y1 |
