My main thing is that I don't know what the outcome should look like.
It was during the last few weeks of my senior year of high school so I didnt exactly make it to class every day and I missed this stuff. Its coming back to bite me in college now.
Cuse these difference quotients!
Homework Statement
http://www.webassign.net/www14/symImages/5/8/30f1e141e81c6a3333af41547f8ff2.gif
Evaluate the difference quotient for the given function
http://www.webassign.net/www14/symImages/4/6/bda668fa415dbf5d0c9c2ba4c031d2.gifHomework Equations
n/aThe...
The man who trained my to perform electrical construction had been doing that kind og work for over 30 years.
We always wanted to know just where the electrons come from.
You have a generator pumping a flow down the wire, but those electrons have to come from somewhere.
so... where...
In my readings, I keep seeing what people refer to as a particle "borrowing" or "loaning" energy, and quickly giving it back.
And I'm totally lost.
Quantum mechanics has always eluded my understanding, but just grasping this "borrowed energy" thing would help I suppose.
We are already seeing into the past. If I were to photograph an object 100,000 light years from earth, I'm seeint it as it was 100,000 years ago.
ANYWAY, I think you would just see its redshift.
http://en.wikipedia.org/wiki/Redshift
I just want to verify that I have the right mindset here on the subject:
p=mv
You can increase the momentum as much as you want, but when v reaches the speed of light, it cannot increase any more, but since momentum is still increasing, that means the mass must be the one to increase, for...