# The sp of pbbr2 is 6.60×10−6. what is the molar solubility of pbbr2 in pure water?

what’s the molar solubility(M) of PbBr2 in uncontaminated water? What’s the molar solubility(M) of PbBr2 in 0.500M KBr
Think about an over-all response:

Get the molar solubility (M) of in 0.500 M solution.

(in)
Molar solubility may be the amount of moles of a solute which can be dissolved in one single liter of a remedy. It’s expressed as mol/L or M (molarity).
(in)
Offered :K, = 6.60×106 PbBr, (s) Pb2+ (aq) + 2Br” (aq) K. =[Br] Assume :[Br] =s and[Pb2+ ][Br]=s Replacing, 6.60×10* =sx(25) 45° = 6.60×10 Solve fors, s=1.18x10PM
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(in)
General guidance

,01×099
Replacing, 6.6010percent =sx(0.500) 6.60×106 (0.500) Solve fors, s=2.64x10PM
Response

The molar solubility (M) of in uncontaminated water is.
(in)
The molar solubility (M) of inside is.

The molar solubility (M) of inside is determined utilising the solubility item phrase by replacing the concentration of typical ion . The solubility associated with somewhat dissolvable sodium is reduced with the addition of towards the solution. For that reason, the molar solubility (M) of inside is lower than that water.

The molar solubility (M) of inside is.
The molar solubility (M) of inside is.

1.18×10² M
The molar solubility (M) of inside is determined utilising the solubility item phrase by replacing the concentration associated with typical ion . The solubility associated with somewhat dissolvable sodium is reduced with the addition of towards the solution. For that reason, the molar solubility (M) of inside is lower than that water.

Molar solubility of X ion =

solution?
1 of 3

The molar solubility (M) of inside is.
Step two of 3

Solubility:
solution? What’s the molar solubility(M) of PbBr2 in a 0.500M Pb(NO3)2
M
The offered mixture is somewhat dissolvable in water together with solubility item constant is . The molar solubility (M) of in uncontaminated water is determined utilising the solubility item phrase.

(in)
(in)
Get the molar solubility (M) of in 0.500 M solution.

Response just

2.64x10SM
Step by step

The molar solubility (M) of inside is.
PbBry() Pb2+ (aq) + 2Br (aq) K. =[Pb2+ ] Assume, [Pb²+ ][Br]=s
For that reason, the molar solubility (M) of inside is.

1.18×10² M
1.18*10PM
Typical ion impact:
The connection between solubility item and molar solubility is really as follows:

In Which,
The molar solubility (M) of inside is.

[Br”]
[РЫ?] =2                                                                      Basics

For that reason, the molar solubility (M) of in uncontaminated water is.

The molar solubility (M) of in uncontaminated water is.
M.X.) NM”* (aq) +mX”+ (aq)
Typical ion impact is described as the solubility of a partially dissolvable sodium that’ll decrease by the addition of a dissolvable sodium who has an ion in accordance along with it.

Replacing, 6.60~10= 0.500x(25) 62 – 6.60*10 4×0.500 s=1.82×10-‘M
2.64x10SM
The molar solubility (M) of in uncontaminated water is.
Offered, Kop = 6.60~10percent Pb2+ ]=0.500M
Solubility item =
Ideas and explanation

Step three of 3

1.82×10′ M
2.64x10SM
For that reason, the molar solubility (M) of inside is .

Like, it really is an error. Because one mole of solid dissociates into one mole of and two moles of . For that reason, the best equation is .

Molar solubility of M ion =
1.82×10’ M