A solution of 2.05 g of anhydrous aluminum chloride (AIC1,) in 58.20 g of water freezes at –1.97°C. Calculate the molar mass of AIClz from the formula. g/mol Calculate the molar mass from the freezing point depression, assuming AICI; does not dissociate in ions. g/mol Comparing the two values, how many ions will AICI, form?. 3 4. O O O O

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A solution of 2.05 g of anhydrous aluminum chloride (AICI) in 58.20 g of water freezes at -1.97°C.
Calculate the molar mass of AICI, from the formula.
g/mol
Calculate the molar mass from the freezing point depression, assuming AICI; does not dissociate in ions.
g/mol
Comparing the two values, how many ions will AICl, form?.
O 2
3.
4.
OOOO
Transcribed Image Text:A solution of 2.05 g of anhydrous aluminum chloride (AICI) in 58.20 g of water freezes at -1.97°C. Calculate the molar mass of AICI, from the formula. g/mol Calculate the molar mass from the freezing point depression, assuming AICI; does not dissociate in ions. g/mol Comparing the two values, how many ions will AICl, form?. O 2 3. 4. OOOO
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