Recent content by SigInt

Thanks for the information. If I actually had the time to do 25 experiments, I would, except I don't. If that comes off as a bit harsh, I'm sorry, but its Finals week and I don't handle tests very well nor final projects like this.

Hey all, I need a lot of help in very little time, as the project is due tomorrow before 3pm. (I know, I should have started it sooner, but I got extremely busy over the week-end and didn't have time) anyways, I have 25 questions that need to be answered, and I'll give an answer, and I need...

Can anyone help me on a bunch of problems. 1. Does the arrangement of the atoms in a molecule effect the mass of the molecules? If yes, how? If no, why not? I'm thinking no, because arrangement wouldn't matter, but how many of each atom was added. (I'm trying to figure this stuff out...

what I mean to say was equal.

so your saying for 1.) they are even since they have the same number of particles? and for 2.) your saying that they too are even because the mass is the same for the compound and the element?

Help for a basic (to some) problem (didn't mean program) I have 5 questions that I need help with. I'll give my answer and I just need clarification on whether or not its wrong and how I can correct it. 1.) A block is placed in two differnt liquids. It floats in both, but with different...

alright, awsome. Thanks, I appreciate the help. I'll be back on later to bug more people about this stuff :) -Sig

It made sense when I wrote it. But I think what I mean was that the two substances could have the same mass and the molecules of both substances could have the same mass, so that the two substances would have the same number molecules? (I hope that clarify's it because I have class in 8 hours :(

alright, I think I have it. They can both have the same mass, the molecules can have the same mass, so that means they both have the same mass?

So instead of using "particle" I should use "Molecule"? So both substances can have the same mass and the "Molecules" of both can have the same mass but that doesn't mean they have the exact same number of "molecules"? The Volume is dependant on density?

The entire part of the question is this: We have a liquid sample of substance A and a solid sample of substance B. There is the same mass in each sample and the particles of both substances have the same mass. a.) Do these two samples have the same number of particles? explain fully...

I think it clears it up, but I'm not a physic's major so I don't really understand this stuff.

are atoms and particles the same thing? ok, so just because the particles of the substances have the same mass, it doesn't mean they necessarily have the same number of particles then? (I think I get what you mean, but I just want to confirm it)

So the samples in both substances have the same number of particles then?

Actually, nothing is given. (like I said, my teacher is an ass from my view point anyways) The question starts off with: We have a liquid sample of substance A and a solid sample of substance B. There is the same mass in each sample and the particles of both substances have the same mass.