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Calculus calculatorby kashiark
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#1
Jun2109, 11:54 AM

P: 210

Wolframalpha.com is a really good one. It looks like a search engine, and to find the derivative, type in d/dx(function.) To do antiderivatives, you need the symbol ∫. For limits use lim(function) as x>whatever.



#3
Jun2109, 03:34 PM

P: 290

For antiderivatives you can just type "antidifferentiate f(x) dx" or "integrate f(x) dx"



#4
Jun2710, 01:01 PM

P: 237

Calculus calculator
Wolfram is generally reliable, Although it often generates solutions that have been simplified in a very strange manner. I find it to be a useful for double checking my work. For indefinite integrals, possible solution pathways are also provided. If you get a question wrong, these usually help pinpoint the problem, Although I'd never completely rely on it. I have always considered it a supplementary tool I can use to verify my knowledge and confidence, nothing else.



#5
Jun2710, 01:06 PM

P: 2,179




#6
Jun2710, 01:29 PM

P: 237




#7
Jun2710, 06:48 PM

P: 172




#8
Jun2710, 07:53 PM

PF Gold
P: 712

either way I don't remember exactly the problem(s), but yeah I did find some error(s). 


#9
Jul1310, 09:27 AM

P: 2

I've just checked this calculator for the partial differentiation of ((x1m1)^2/s^2) w.r.t 'm' i.e. d/dm(((x1m1)^2/s^2))
and the result was (2 (m1 + x1)^2 s'[m])/s^3 + (2 (m1 + x1) (m1'[m] + x1'[m]))/s^2; I'm still confused how do we differentiate a function containing 'm1' w.r.t 'm'; m is a 2D variable which consists of (m1,m2). Can please somebody explain this to me. I'll be really very grateful. 


#10
Jul1410, 06:10 AM

P: 2,179

Wolfram alpha doesn't know that m is a 2d variable consisting of (m1,m2). SInce you differentiated an expression by m, and the expression doesn't contain m (only x1, s, and m1), it assumes that all three of x1, m1, and s are functions of m, and gives you the derivative using that assumption.



#11
Jul1410, 06:46 AM

P: 2

Thank you very much for your reply. Can u tell me how to solve my equation in general or through the calculator?



#12
Jul1410, 03:35 PM

P: 2,179

It depends what you are trying to do. You might want to read up on vector calculus  I suggest starting with:
http://en.wikipedia.org/wiki/Vector_calculus Do you want the gradient of the scalar function f=((x1m1)^2/s^2) ? In this case, since f is independent of m2, it would just be df/dm1*e1, where e1 is the unit vector in the m1 direction. What problem are you trying to solve exactly? 


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