4. What is the boiling point elevation when 143 g of lactic acid (CeH10Os) is dissolved in 647 g of cyclohexane (CeH12)? The boiling point constant for cyclohexane is 2.79 °C/m. 5. What is the boiling point of a solution prepared by adding 29.3 g of menthol (C10H200) to 0.0590 kg of chloroform? The boiling point of pure chloroform is 61.2 °C. The boiling point constant for chloroform is 3.85 °C/m.
4. What is the boiling point elevation when 143 g of lactic acid (CeH10Os) is dissolved in 647 g of cyclohexane (CeH12)? The boiling point constant for cyclohexane is 2.79 °C/m. 5. What is the boiling point of a solution prepared by adding 29.3 g of menthol (C10H200) to 0.0590 kg of chloroform? The boiling point of pure chloroform is 61.2 °C. The boiling point constant for chloroform is 3.85 °C/m.
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![4. What is the boiling point elevation when 143 g of lactic acid (CeH10Os) is dissolved in 647 g
of cyclohexane (CeH12)? The boiling point constant for cyclohexane is 2.79 °C/m.
5. What is the boiling point of a solution prepared by adding 29.3 g of menthol (C10H200) to
0.0590 kg of chloroform? The boiling point of pure chloroform is 61.2 °C. The boiling point
constant for chloroform is 3.85 °C/m.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1e896b50-216e-4bff-8eba-7005622eac67%2F5f6ae55b-f6c9-416e-a2dc-66eb25ba35b5%2F74jua1ea_processed.png&w=3840&q=75)
Transcribed Image Text:4. What is the boiling point elevation when 143 g of lactic acid (CeH10Os) is dissolved in 647 g
of cyclohexane (CeH12)? The boiling point constant for cyclohexane is 2.79 °C/m.
5. What is the boiling point of a solution prepared by adding 29.3 g of menthol (C10H200) to
0.0590 kg of chloroform? The boiling point of pure chloroform is 61.2 °C. The boiling point
constant for chloroform is 3.85 °C/m.
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