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-2 for each O, +3 for each P
Firstly the molecule of P2O3 is actually P4O6. Phosphorus has 5 valence electrons, oxygen has 6. So the answer is 56 for P4O6, and 28 for the stoicihiometric formua P2O3.
The structure of O2PtF6 is known and there is an O2 unit. The O2 is best formulated as O2+ ( dioxygenyl) and the oxidation number of each O atom is +1/2. (+0.5). This is an interesting compound PtF6 is a very stong oxidising agent.
ok what you need to know to balance this is that phosphorus occours as P4 when you see an equation that just gives elemental phosphorus assume its P4 unless they state otherwise, and oxygen as O2 Tetraphosphorus decoxide will have a formula of P4O10 so we'll need 5 lots of O2 to get 10 on the right hand side and the left hand side, and P4 is already on both sides so that's fine Your full balanced equation is P4 + 5O2 <-----> P4O10
Phosphorus reacts with oxygen to form diphosphorus pentoxide:Phosphorus reacts with oxygen to form diphosphorus pentoxide: 4 P(s) + 5 O2(g) ---> 2 P2O5(s)If 0.97 moles of phosphorus are reacted how many moles of P2O5 are produced?
yes to form P2O3 and P2O5.
-2 for each O, +3 for each P
what was the o2 p s i for cylendar
The coefficient of the given term is -8
Firstly the molecule of P2O3 is actually P4O6. Phosphorus has 5 valence electrons, oxygen has 6. So the answer is 56 for P4O6, and 28 for the stoicihiometric formua P2O3.
PaO2 is the partial pressure of oxygen in arterial blood. Pa is the abbreviation of partial.
P = 56.35 & O = 43.65 ( Total is 100 %) Divide each by their elemental mass P = 56.35/31 & O = 43/65 / 16 P = 1.817 & O = 2.728 Take the lowest ratio and divide into itself and into the other ratio(s). P = 1.917/1.817 = 1 O = 2.728 / 1.817 = 1/5051... Hence ratios are P : 1 :: O 1.5 In whole numbers. by multiplying by 2. P = 2 :: O = 3 Hence empirical formula is P2O3
N i g g e r s
The structure of O2PtF6 is known and there is an O2 unit. The O2 is best formulated as O2+ ( dioxygenyl) and the oxidation number of each O atom is +1/2. (+0.5). This is an interesting compound PtF6 is a very stong oxidising agent.
log P 0.31
coefficient
log p =2.2