Question

NiCl3 is a strong electrolyte. Determine the concentration of each of the individual ions in a 0.600 M NiCl3 solution.

Answer 1

What's ur answer ! I'l just check it !!!

Answer 2

Well my question is on how to get it. How do the charges of the individual ions affect the concentration?

Answer 3

I don't know how to find the concentration of the ions themselves

Answer 4

is that all the data given ?/

Answer 5

Yes and that Na is a +3 charge and Cl is -1

Answer 6

Okai I'm not soo sure with this though but I'll try.
First we will write the dissociation equation for this
\[NiCl _{3} \rightarrow Ni ^{3+} + 3Cl ^{-}\]

Answer 7

okay

Answer 8

So I'm just sayn try using the values I'm giving.
Ni^3+ = 0.6M
Cl^- = 1.8M

Answer 9

Did u check ?

Answer 10

Yes! It's right! How did you get those values though?

Answer 11

look at the dissociation equation. The moles of NiCl3 is equal to the moles of Ni^3+ right?
If we consider the same volume the concentration becomes equal.
And we can see the moles of Cl^-1 is thrice as of Ni^3+ so u multiply 0.6 by 3 = 1.8M

Answer 12

I'm sorry I didn't see that comment coming !