Recent content by rocomath

I HATE THE ANNIHILATOR! I completely skipped that problem on my Final :) Still got a B+, thank goodness!

Also, I don't see where you've typed out your last question. Kind of confusing me as well. Maybe this will help. e^(x+y)=e^x e^y

When you integrate both sides, you get C1 on the y side & C2 on the x side. You can combine them, to make C2-C1=C leaving it on the x side.

Say no more.

1+9t^2 Dividing by 9, \sqrt{9\left(\frac 1 9+t^2\right)}=3\sqrt{\frac 1 9+t^2} t=\frac 1 3\tan\theta

OMG! I'm so sorry ... lol First, you have to simplify it ... to find what your "a" should be.

t=3\tan\theta

Can you use trig-sub or are you required to solve it by int. by parts?

How do you re-write the cuberoot in exponent form? I think that's what's messing you up.

Here is the link to my review topics for exam 1. http://math.uh.edu/~bgb/Courses/Math4377/Math4377-Ex1-Topics.pdf 1.2 Does the solution set to a linear system change under elementary row operations? The solution set does not change under elementary row operations. What are independent/free...

Oh crap it is ... lol, just divide the right and get dt on the right ... sorry!

Well you can't easily integrate this problem, so you will need to use the integrator factor.

\frac{dy}{dt}=3-5y^{\frac 1 2} Correct? If so, have you learned these 2 methods: Integrating factor or Variation of parameters?

Looks wrong.

Read your book and do all the examples till your head explodes.