- #1
mr_coffee
- 1,629
- 1
Hello everyone. This problem has 4 parts. I got part (a) which is suppose to be the hardest part but I'm confused on how to
(b) Plot Qn(t) for n = 1...4 observe wether the iterates seem to be converging. Well this is the series solution I got for the differential equation:
http://img267.imageshack.us/img267/9578/lastscan6nh.jpg
Here is the orginal problem and how i got the answer to part (a).
http://img251.imageshack.us/img251/7346/lastscan3rl.jpg
They also say:
Plot |Q(t)-Qn(t)| for n = 1...4. For each of Q1(t),...,Q4(t), estimate the interval in which it is a reasonably good approximation to the actual solution. A few people asked the professor and he said, solve the Differential equation and hats the answeR? urnt?
(b) Plot Qn(t) for n = 1...4 observe wether the iterates seem to be converging. Well this is the series solution I got for the differential equation:
http://img267.imageshack.us/img267/9578/lastscan6nh.jpg
Here is the orginal problem and how i got the answer to part (a).
http://img251.imageshack.us/img251/7346/lastscan3rl.jpg
They also say:
Plot |Q(t)-Qn(t)| for n = 1...4. For each of Q1(t),...,Q4(t), estimate the interval in which it is a reasonably good approximation to the actual solution. A few people asked the professor and he said, solve the Differential equation and hats the answeR? urnt?
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