The molal freezing point depression constant K = 3.50 °C-kg-mol X, the solution freezes at -8.0 °C. Calculate the freezing point of pure X. Round your answer to 2 significant digits. 0°C 0.9 X S for a certain substance X. When 25. g of urea a ((NH,),CO) are dissolved in 600. g of

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The molal freezing point depression constant K = 3.50 °C-kg-mol
X, the solution freezes at -8.0 °C. Calculate the freezing point of pure X.
Round your answer to 2 significant digits.
0°C
0.9
X
S
for a certain substance X. When 25. g of urea
((NH,),CO) are dissolved in 600. g of
Transcribed Image Text:The molal freezing point depression constant K = 3.50 °C-kg-mol X, the solution freezes at -8.0 °C. Calculate the freezing point of pure X. Round your answer to 2 significant digits. 0°C 0.9 X S for a certain substance X. When 25. g of urea ((NH,),CO) are dissolved in 600. g of
Expert Solution
Step 1: Interpretation of given data

Consider the given information as follows;

straight K subscript straight f space equals 3.50 space degree straight C. kg. mol to the power of negative 1 end exponent
Mass space of space urea space left parenthesis solute right parenthesis space equals space 25.0 space straight g
Mass space of space solvent space left parenthesis straight X right parenthesis space equals space 600. space straight g
Freezing space point space of space solution space left parenthesis straight T subscript straight f right parenthesis space equals space minus 8.0 degree straight C
Freezing space point space of space pure space straight X space space left parenthesis straight T subscript straight f superscript degree right parenthesis space equals ?      

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