1) Write the solubility chemical equation when aluminum chloride is dissolved (100% dissociated) in water. Include all states of matter. Equation: Van't Hoff factor (i): (very dilute solution)

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Post-laboratory problems
1) Write the solubility chemical equation when aluminum chloride is dissolved (100% dissociated) in water.
Include all states of matter.
Equation:
Van't Hoff factor (i):
(very dilute solution)
2) Now, determine the van't Hoff factor (i) for problem 1 considering a much higher concentration in which
there is 1/3 (or 33%) ion-pairing (recall that this means that 1 out of 3 equations show ion paring and other
equations showing complete dissociation). Recalculate the i factor. Write the individual dissociation equations
and the overall equation and show how the i factor is determined.
Transcribed Image Text:Post-laboratory problems 1) Write the solubility chemical equation when aluminum chloride is dissolved (100% dissociated) in water. Include all states of matter. Equation: Van't Hoff factor (i): (very dilute solution) 2) Now, determine the van't Hoff factor (i) for problem 1 considering a much higher concentration in which there is 1/3 (or 33%) ion-pairing (recall that this means that 1 out of 3 equations show ion paring and other equations showing complete dissociation). Recalculate the i factor. Write the individual dissociation equations and the overall equation and show how the i factor is determined.
Expert Solution
Step 1

Balanced equation :

AlCl3 (s) + 3H2O (liquid)  Chemistry homework question answer, step 1, image 1Al(OH)3 + 3HCl (gas)

                                                                      precipitate

 

Van᾿t Hoff Factor (i) = Number of particle after association or dissociation / Number of particle initially present

 

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