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Mathematics 20 Online
OpenStudy (anonymous):

(D-1)x + Dy = 0 (D+1)x + (2D+2)y = 0 How can i solve these equ. in MATLAB ?

OpenStudy (anonymous):

Um you keep asking the same question. Perhaps you should try a programming section here or computer science... If you need help on how to solve this Differential Equation that would be different

OpenStudy (anonymous):

Because simply we do not know what you need help with. the programming aspect or the method of solving the equation

OpenStudy (anonymous):

you do not know

OpenStudy (anonymous):

Actually I do know how to solve this as this is exactly what i'm doing in my class this week. However I'm not sure how to code the problem itself so perhaps try someone in the Computer science section

OpenStudy (anonymous):

i think this is not a high school question but thank u

OpenStudy (anonymous):

I assume you mean that D is just a variable.. Using an augmented matrix you should be to come up with a solution: Matrix: D-1 D | 0 D+1 2D+2 | 0 Ax=B a = left side.. solve for x, and b is a zero matrix.. I am going to run this through Octave now to see if I can remember... brb

OpenStudy (anonymous):

Good you can continue to ask this question as i'm not going to help you at all. I do not help people who do not have the respect of the person trying to help them. Good luck finding someone to help you Quantum it could also be a Differential operator

OpenStudy (anonymous):

listen to him. matlab is used mostly by engineers and physicists. try the engineering or physics subjects. hes trying to help, the least you could do is be nice to him in return..

OpenStudy (anonymous):

(sucks I know how to do this in mathematica)

OpenStudy (anonymous):

This is a differential equation that you acn use the elimination technique to sole

OpenStudy (anonymous):

solve*

OpenStudy (anonymous):

.. There's nothing DE about that..

OpenStudy (anonymous):

And Octave is gay.. Doesn't work. Can't help... :/

OpenStudy (anonymous):

it could be systematic elimination QUantum

OpenStudy (anonymous):

@QuantumQQ

OpenStudy (anonymous):

@jim_thompson5910 is it just me or does this look like a DE

jimthompson5910 (jim_thompson5910):

If D is a differential operator, then I'd say it is

OpenStudy (anonymous):

to say there is nothing about DE is just absurd

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