Given the Dif EQ

Show if is a sol'n to the Dif EQ and if , then for all .

Results 1 to 2 of 2

- December 12th 2007, 02:46 PM #1

- Joined
- Sep 2006
- Posts
- 221

- December 12th 2007, 06:09 PM #2

- Joined
- Dec 2007
- From
- Anchorage, AK
- Posts
- 276

## Solution curves

Consider the fact that the solution curves of a first degree differential equation cannot cross (as at the point of a hypothetical crossing, they would have to have the same values of t and y but different y' values, and thus could not both be solutions to the same first order differential equation).

Now look at and in terms of your equation.

--Kevin C.