F.anjel's reply history at Help.com

I -know- I will get a lot out of it, it’ll be a lifelong learning process! New and exciting discoveries! Who can call it a boring job =)

It does not! Depends how you approach and how close you are to the girl anyway

Away at school, you mean like a dorm?

Another way, you can get to know her friends a bit more, and once you do, pick a nice girlfriend of theirs, confess you need her address, and see if she gives it to you. Of course for this you gotta be a trusted member of the group :P

Science is my life too, I’m turning it into my career =)

Means you can dance with anyone during homecoming =) And take pictures with EVERYone else, without someone else attached through them all or being jealous or anything =)

But that defeats the purpose cause she’ll know he’s planning something :P

Maybe next time you guys get together offer to take her home, escort her to the front door, too. Or if its one of those kinds of apartments it might have a doorbell function in the foyer with her name on it :P

Plastic bottles, aluminium cans, glass bottles at some places, old electronic materials, etc.

Aww really? No change in attitude?

Only thing I can say right now is to just focus on work, someone will eventually notice you.

I’m not sure if I AM actually right, but it’s making sense to me so far, since there’s no changes in temperature or pressure that I can see…

What error in logic =(

I am a perfectly logical robot machine!

Where’s home and how long would it get for you to go to job from there?

But why =( As a non-human itself, I’m sure the bee has been observing for a LONG time and is able to make unbiased conclusions regarding the silly states we find ourselves in =)

1) Write down the equilibrium equation. In this case,
N2(g) + 3H2(g) -> 2NH3(g)
Which means 1 mol nitrogen gas (N2) with 3 moles hydrogen gas (H2) makes 2 moles ammonia gas.

2) State the values you’ve been given so far, ie:
Temperature: 500 C
Pressure: 300 atm
Ratio N2:H2 = 1:3
Partial pressure NH3: 10%
And that means the partial pressure of ammonia in that system is 10% x 300 atm = 30 atm, therefore partial pressures of N2 and H2 = 300 - 30 = 270 atm.

3) N2 and H2 exist in a ratio of 1:3. Soooo, divide the 270 atm between the 2 gases in that ratio?

I think that’s it, I haven’t done this for awhile xD But I remember some law states that:
Total pressure = Partial pressure gas 1 + PP gas 2 + PP gas 3 etc…

Well hey, it was merely in a metaphorical sense…

Get a LARGE bowl of water, easiest. Put the measuring jug inside the bowl, fill it with water, turn it upside down with the rim of the jug UNDER water level, and TA DA!