girlworld_club
Member
It is to calculate molarity:
M= n/v
Molarity = number of moles/volume
M= n/v
Molarity = number of moles/volume
To be picky, it's actually c = n/V. The capital 'M' stands for the units of molarity, but isn't used by convention to represent the aforementioned quantity itself. Also, 'V' is capitalised by the same guidelines.It is to calculate molarity:
M= n/v
Molarity = number of moles/volume
By losing a mark, do you mean the M or the V - I personally don't think a capitalised V would really make a difference but c and M should be penalised.To be picky, it's actually c = n/V. The capital 'M' stands for the units of molarity, but isn't used by convention to represent the aforementioned quantity itself. Also, 'V' is capitalised by the same guidelines.
Pointing it out because I would've lost a mark at baulko with that.
Both. The capitalised V is definitely a problem. By convention a small 'v' means velocity.By losing a mark, do you mean the M or the V - I personally don't think a capitalised V would really make a difference but c and M should be penalised.
lol, that's physics though. I agree however, volume should be denoted by V not v.Both. The capitalised V is definitely a problem. By convention a small 'v' means velocity.
No - the convention extends across all sciences!lol, that's physics though. I agree however, volume should be denoted by V not v.
What iSplicer said is correct, you can see for yourself here http://library.thinkquest.org/12354/gather/gasvnc.htmTo be picky, it's actually c = n/V. The capital 'M' stands for the units of molarity, but isn't used by convention to represent the aforementioned quantity itself. Also, 'V' is capitalised by the same guidelines.
Pointing it out because I would've lost a mark at baulko with that.