Recent content by vcc

Thanks for the help and effort btw. I appreciate it

I'd appreciate some form of a reply. That way I know what to change in the phrasing of the above post.

There is a question that I have been stumped on for a while now. it is as follows: "The left arm of a tube has a corss sectional area A1 of 10.0cm^2 and the right arm has a cross sectional area of A2 = 5.00cm^2. 100g water are poured into the right arm. b) givent he density of...

hmm but that would happen prior to ignition :smile:

actually I have an idea to produce artifical gravity. Fill a container in space full of water, and pump the water whatever direction that someone would intend your "artificial gravity" to be pulling. That would provide quite a natural environment would it not? Then again, this has nothing to...

I wonder what ignition looks like without any pressure release. Now that would be interesting.

speaking of hydroelectic dams. What contributes more to increased electricity? Dynamo speed? or Dynamo size? (for example.. building a dynamo 2X larger, or building a dynamo that goes 2X faster)

I'll do the same thing. The environment here seems very friendly.

Nice name! Vincent Chan is my name too :smile: I used to wonder about the same thing. Now I have a question.. What if humans are capable of creating some humongous halo-shaped structure around the planet with one layer of the halo spinning in one direction, and the other layer of the halo...

Thanks for the help people. I'm trying to devise a theory about relative time. I'm wondering if anybody might want to help. As for you knowing me, I wouldn't be entirely sure. Unfortunately, for me, your alias doesn't really ring a bell. I apologize for not remembering you :P

Also impacting the times is discrepancies in how a driver shifts. I, also, am a car enthusiast, and I know that for seasoned drivers, shifting is different for different speeds if one were to optimally shift through the car's powerband. For a 0-60 run, a driver would want to launch into the next...

Does anybody here know where to find the atomic radius of elements in the periodic table? What about the nucleonic radius? I'm currently trying to find the radius of Iron for some sort of calculation that I'm doing. Thanks -Vince