![Calculate the biling point of a solution containing 0.456 g of comphor (molar mass=152 g mol^(-1)) dossoved in 31.4 g of acetone(b.p.= 329.45 K). Given that the molecular elevation constant per 100 g of solvent is 17.2 K. Calculate the biling point of a solution containing 0.456 g of comphor (molar mass=152 g mol^(-1)) dossoved in 31.4 g of acetone(b.p.= 329.45 K). Given that the molecular elevation constant per 100 g of solvent is 17.2 K.](https://doubtnut-static.s.llnwi.net/static/web-thumb/32511803_web.png)
Calculate the biling point of a solution containing 0.456 g of comphor (molar mass=152 g mol^(-1)) dossoved in 31.4 g of acetone(b.p.= 329.45 K). Given that the molecular elevation constant per 100 g of solvent is 17.2 K.
![Resistance change of MWCNT BP immersed in acetone (a), ethanol (b) and... | Download Scientific Diagram Resistance change of MWCNT BP immersed in acetone (a), ethanol (b) and... | Download Scientific Diagram](https://www.researchgate.net/profile/Chun-Zhang-41/publication/51571091/figure/fig3/AS:305714804346899@1449899497762/Resistance-change-of-MWCNT-BP-immersed-in-acetone-a-ethanol-b-and-isopropanol-c_Q640.jpg)
Resistance change of MWCNT BP immersed in acetone (a), ethanol (b) and... | Download Scientific Diagram
![SOLVED: Melting and boiling points of organic molecules are function of intermolecular forces: Acetone and 2-propanol have similar structure and molar mass. Explain the reasons for the differences in boiling - point SOLVED: Melting and boiling points of organic molecules are function of intermolecular forces: Acetone and 2-propanol have similar structure and molar mass. Explain the reasons for the differences in boiling - point](https://cdn.numerade.com/ask_images/81f191353155469b81b9b72fa053ec53.jpg)
SOLVED: Melting and boiling points of organic molecules are function of intermolecular forces: Acetone and 2-propanol have similar structure and molar mass. Explain the reasons for the differences in boiling - point
![a) STEM image of FL-BP acetone sheets. (b) STEM image of a selected... | Download Scientific Diagram a) STEM image of FL-BP acetone sheets. (b) STEM image of a selected... | Download Scientific Diagram](https://www.researchgate.net/profile/Emanuele-Lago/publication/321840860/figure/fig2/AS:583735045025796@1516184688223/a-STEM-image-of-FL-BP-acetone-sheets-b-STEM-image-of-a-selected-FL-BP-acetone-sheet.png)
a) STEM image of FL-BP acetone sheets. (b) STEM image of a selected... | Download Scientific Diagram
![SOLVED: (bp=5o"C): The Acetone (bp-56"C) and n-hexane (bp-70*C) form a binary minimum boiling azeotropei 'distilled composition of the azeotrope is 60% acetone and 40% n-hexane: Suppose that you fractioeiallyadi 100.0 mL sample SOLVED: (bp=5o"C): The Acetone (bp-56"C) and n-hexane (bp-70*C) form a binary minimum boiling azeotropei 'distilled composition of the azeotrope is 60% acetone and 40% n-hexane: Suppose that you fractioeiallyadi 100.0 mL sample](https://cdn.numerade.com/ask_images/133999c452e84aa180b38cee9c7d89e7.jpg)
SOLVED: (bp=5o"C): The Acetone (bp-56"C) and n-hexane (bp-70*C) form a binary minimum boiling azeotropei 'distilled composition of the azeotrope is 60% acetone and 40% n-hexane: Suppose that you fractioeiallyadi 100.0 mL sample
![SOLVED: Consider the following list of liquids and their boiling points: ether, bp 35'C acetone bp = 568C cyclohexane, bp 80PC water, bp = 100PC Which liquid is predicted to have ' SOLVED: Consider the following list of liquids and their boiling points: ether, bp 35'C acetone bp = 568C cyclohexane, bp 80PC water, bp = 100PC Which liquid is predicted to have '](https://cdn.numerade.com/ask_images/9bc94b545fff414ab15b3c4d9b2a6bf0.jpg)
SOLVED: Consider the following list of liquids and their boiling points: ether, bp 35'C acetone bp = 568C cyclohexane, bp 80PC water, bp = 100PC Which liquid is predicted to have '
![The boiling point of pure acetone is 56.38^(@)C`. When 0.707 g of a compound is dissolved in 10 g of - YouTube The boiling point of pure acetone is 56.38^(@)C`. When 0.707 g of a compound is dissolved in 10 g of - YouTube](https://i.ytimg.com/vi/JiT-3nhMSi0/maxresdefault.jpg)