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seen Jun 5 '13 at 23:17

Apr
15
revised What is the significance of the Increment Theorem in non-standard analysis?
minor grammar error
Nov
30
comment What are other solutions to this differential equation, “similar” to $\sin x$ and $e^x$?
If I could I would accept more than one answer; all were helpful. The others address the delay differential equation; but as you said, that would be a sidetrack given my immediate goal of understanding the electric circuits. Thanks everyone!
Nov
30
awarded  Scholar
Nov
30
accepted What are other solutions to this differential equation, “similar” to $\sin x$ and $e^x$?
Nov
23
awarded  Supporter
Nov
23
awarded  Editor
Nov
23
comment What are other solutions to this differential equation, “similar” to $\sin x$ and $e^x$?
Thanks, fixed it.
Nov
23
revised What are other solutions to this differential equation, “similar” to $\sin x$ and $e^x$?
typo fix
Nov
23
asked What are other solutions to this differential equation, “similar” to $\sin x$ and $e^x$?
Nov
5
comment What is the significance of the Increment Theorem in non-standard analysis?
@spernerslemma I don't understand why I couldn't legitimately write the fraction before, or why this theorem would change that.
Nov
3
awarded  Student
Nov
3
asked What is the significance of the Increment Theorem in non-standard analysis?