The ideal gas law is: PV=nRT
Pressure
Volume
n= moles
R= gas constant
Temperature in Kelvin
(Degrees in celsius +273)
n= PV/RT
(1.00atm)(5.00L)/(.08026)(295K)= .207mol of gas
Answer:- B. 4.65 g.
Solution:- The given balanced equation is:

It asks to calculate the mass of silver sulfide formed by when 0.0150 liters of 2.50 M of silver nitrate are used.
Moles of silver nitrate are calculated on multiplying it's liters by its molarity and then on multiplying by mol ratio, the moles of silver sulfide are calculated. These moles are multiplied by the molar mass to convert to the grams.
Molar mass of
= 2(107.87)+32.06 = 247.8 g per mol
The dimensional set up for the complete problem is:

= 
So, the correct choice is B. 4.65 g.
Because of the tilt of the axis, causing some places to be a little farther than others, even if they are right next to each other, or halfway across the globe!
N(Au) = m/M
= 0.12/197(Or whatever your data sheet has)
= 6.091x10^-4mol
Answer:
evaporation, condensation, precipitation, interception, infiltration, percolation, transpiration, runoff, and storage.
Use one of the picture below: