stability
1 Attachment(s)
i just need awith these 2 question
b and c in attachement |
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i solved b and c but i cant start with d i dont understand it
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and i have to say when u help me to start solving doesnt mean that i need you to do homework for me .please take care of waht u say
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What you asked is indeed your homework. You shall understand that a great number of people here are quite busy people and your problems are important to you, not to them. Someone would not want to spend time with something that is just two google searches away. |
oki sorry thats my solution
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2 Attachment(s)
Hier are my solutions for b and c if you have any idea how i solve d will be nice
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sorry but what i know is that forum is a place to discuss the ideas and help others for those who have time to discuss and help
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I reflect others opinions that this Forum isn't for homework. With that said....
Just follow the instructions. In (d) you are to discretize (4) and arrive at something looking similar to (3) or (5). Compare the new equation you have with (3) and hence show that the new discretized equations are no longer (3), which is a centered scheme, but is equivalent to using an off-centered scheme. Presumably you already have deduced the discretized equations for an off-centered scheme in an earlier problem. If not, then you need to derive it. For (b) and (c), I have not looked at your notes nor do I understand the intent of the text. But one way to analyze stability is to what is asked in (e), write down the equations and consider the conditions for b to be positive-semidefinite. If b might be negative, you can get oscillatory solutions. |
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