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Calculations for the molar mass of the unknown solute

Result

Mass of test tube, beaker, and stearic acid $($ g $)$

$67\mathrm{.}459$

Mass of test tube and beaker $($ g $)$

$58\mathrm{.}430$

Mass of stearic acid $($ g $)$

Unknown number

$q,$

Mass of unknown $(g)$

$1$

Freezing point of stearic acid $($calculated above$))q,$

Freezing point of solution $($calculated above$))q,$

Freezing point depression $(C)q,$

Molality of unknown in solution $($m$)q,$

ezing point depress $x$

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Freezing point of stearic acid $($calculated above$)(C)q,$

Freezing point of solution $($calculated above$)(C)q,$

Freezing point depression $(C)q,$

Molality of unknown in solution $(m)q,$

Moles of unknown in solution $($mol$)q,$

Molar mass of unknown $(\frac{g}{m}ol)q,$

$(5$pts$)$

What is most likely the identity of your unknown solute?

Choose.. $q,$

$(1$pts$)$ Calculations

$(1$pts$)$