| New Reply |
how do you "indicate transient terms" when y just equals 1 ? |
Share Thread | Thread Tools |
| Jan28-13, 07:09 PM | #1 |
|
|
how do you "indicate transient terms" when y just equals 1 ?
t is the dependent variable in this problem and I'm told to "indicate transient terms". Well, t=1 so is this a trick question or did I do something wrong?
|
| Jan28-13, 08:04 PM | #2 |
|
|
You seem to have forgotten the "constant of integration". t= 1 is one function satisfying this equation. There are others, involving terms that go to 0 as t goes to infinity.
|
| Jan28-13, 08:16 PM | #3 |
|
|
ok, so t = 1 + c
or t = 1 + c/μ ? Because the c term should've actually been introduced on the 2nd to last line. If that's true, that e^((e^x^2)/2) function should've also been divided by c when solving for t. |
| New Reply |
| Thread Tools | |
Similar Threads for: how do you "indicate transient terms" when y just equals 1 ?
|
||||
| Thread | Forum | Replies | ||
| In binary can we have a value with "deci" "centi" "mili" or more lower valued prefix? | Computers | 14 | ||
| The use of the terms "speed" & "velocity" | General Physics | 7 | ||
| The terms "absolute" and "relative" | Special & General Relativity | 13 | ||
| Find the limit "a" such that the definite integral equals 8 | Calculus & Beyond Homework | 7 | ||
| The terms "length contraction" and "time dilation" | Special & General Relativity | 11 | ||