Ashita Tanwar 3H wrote:No, electron configurations are Week 4 material, so they should be on the midterm/final and following test. We do need to know the wave function numbers though (n,l,m) and orbitals etc. Hope this helps!
Chan Mee Lee wrote:The roman numeral is used to state the oxidation state of the transition metal. It can be figured out by using all the other charges in the coordination compound since you know the total charge for a coordination compound has to be neutral (=0)
Te Jung Yang 1G wrote:
For the particle and textbook problem, you just simply apply De Broglie's equation: wavelength = h / (mass * velocity). You see that as mass goes up, the wavelength falls as h and velocity are constants.
AriaSoeprono4I wrote:[quote=In a problem that involves M1V1=M2V2 you must first identify which you are trying to solve for. If you are solving for final molarity, you know that the molarity the problem gives is the initial molarity. Of the two volumes, the one that comes first is usually the initial volume. If it does not state explicitly what the final volume is, you usually add the amount of water "added" to the solution to the initial volume to get the final volume.
lukezhang wrote:I think theres an option in profile which shows your posts!
Sapna Ramappa 3G wrote:We can calculate everything with the atomic masses given on the periodic table, and then we can round after we consider significant figures at the end of the problem! This will allow us to have more accurate results. :)
Daniel Bowen 3I wrote:Simran Athwal-Dis 3A wrote:Hello! I had a question regarding atomic masses. Do we round the atomic masses on the periodic table or leave them as is?
I would leave them as is and you can round using significant figures at the end of the problem
