### Ranking Compounds by Vapor Pressure**Task:**Rank the compounds below in order of increasing vapor pressure at 298 K.**Molecular Structures:**- **Compound (a)**: - Contains 3 carbon atoms, with single bonds (C-C-C configuration) and bonded to 8 hydrogen atoms.- **Compound (b)**: - Contains 4 carbon atoms, with single bonds (forming a ring structure) and bonded to 8 hydrogen atoms.- **Compound (c)**: - Contains 5 carbon atoms, with single bonds (also forming a ring structure) and bonded to 10 hydrogen atoms.**Options:**- **A.** \(A < B < C\)- **B.** \(A < C < B\)- **C.** \(B < C < A\)- **D.** \(B < A < C\)- **E.** \(C < A < B\)- **F.** \(C < B < A\)### Explanation:- **Vapor Pressure:** Vapor pressure is the pressure exerted by a vapor in equilibrium with its liquid or solid phase at a given temperature. Generally, a compound with lower molecular weight and less intermolecular forces will have a higher vapor pressure.- **Intermolecular Forces:** - A larger carbon ring structure typically results in stronger van der Waals forces due to increased surface area, leading to a lower vapor pressure. - Therefore, the ranked order must account for both the number of carbon atoms and the type of structure.Review and select the correct option based on the information provided on molecular structure and vapor pressure characteristics. **Choose one:**- **A.** \(A < B < C\)- **B.** \(A < C < B\)- **C.** \(B < C < A\)- **D.** \(B < A < C\)- **E.** \(C < A < B\)- **F.** \(C < B < A\)

The compound A is cyclopropane with molecular formula C3H6. The compound B is cyclobutane with…

Rank the compounds below in order of increasing vapor pressure at 298 K. H H H НН H. H H. H- C. H. C-H H-C H- H- C C-c-H H- H. H. H. H H. HH (a) (b) (c) Choose one: O A. A< B < C О В. А <С< В О С. В <С <А O D. B< A< C O E. C

Rank the compounds below in order of increasing vapor pressure at 298 K. H H H НН H. H H. H- C. H. C-H H-C H- H- C C-c-H H- H. H. H. H H. HH (a) (b) (c) Choose one: O A. A< B < C О В. А <С< В О С. В <С <А O D. B< A< C O E. C

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

Ethanol, with AHvap = 40.5 kJ mol-1, has a higher AHvan than methanol, which is 35.2 kJ mol 1, due to its larger size and greater intermolecular forces. Because the AHvan for ethanol is larger, we would expect that for the two liquids to reach the same vapor pressure, the temperature for ethanol would have to be higher. If the vapor pressure is 0.0992 atm at 27.3°C, what would the temperature be when the vapor pressure is 9.98 atm? The temperature will be i K. eTextbook and Media Save for Later Attempts: 0 of 15 used Submit Answe S ... MacBook Air
Automotive antifreeze is a mixture of mostly ethylene glycol (C2H6 O2) and water. What mass percent of ethylene glycol is required to create a mixture with a boiling point of 221 °F?
20. What is the normal boiling point of a 3.75 m aqueous glucose solution? Kb = 0.51 oC/m Group of answer choices A. 105 degrees C B. 95 degrees C C. 102 degrees C D. 98 degrees C
What is the boiling point of the automobile radiator fluid prepared by mixing 1.06 L of ethylene glycol (HOCH2CH2OH, density = 1.114 g/mL) with 1.20 Lof water (density = 1.000 g/mL)? The K, of water is 0.520°C/m. °C
15. Consider only the following 1) London dispersion attractions between two small molecules, 2) the 0-H bond in a water molecule, 3) hydrogen bonding between two water molecules. a) Which one of the three is the strongest interaction? b) Which one of the three is the weakest interaction?
Which will have a greater vapor pressure methyl Amine (CH3NH2) orchloroform (CHCl3)? (briefly explain)
Two volatile substances are mixed with one another so that the solution has a vapor pressure of 125 torr. Given the information in the table below, what is the mole fraction of substance A?
Which of the following has the lowest freezing point? A) Н.О B) N, C) SO2 D) H, E) CO,
3 atm of SO2 (g) and 3 atm of CO2 are present in different sealed containers with 1 L of water in each container. Which of the above gases under the temperature specified in each answer does have the greatest solubility in water? CHOOSE ONE OPTION ONLY Options (choose one): a. SO2 (g) at 380 K has the greatest solubility in water. b. SO2 (g) at 340 K has the greatest solubility in water. c. CO2 (g) at 380 K has the greatest solubility in water. d. CO2 (g) at 340 K has the greatest solubility in water. e. Both SO2 and CO2 have the same solubility in water as long as they have the same temperature.
Assume ideal behavior Which has highest boiling point and which is lowest A - 2.0M C12H22O11 B - pure water C 1 M Lino3 D 0.75M Nacl E 0.75 CuCl2
Choose the following expression that most correctly describes the effect of adding NaCl to water. Select one: а. Raises the boiling point and lowers the freezing point. O b. Lowers the boiling point and raises the freezing point. С. Raises the boiling point and raises the freezing point. ° d. Lowers the boiling point and lowers the freezing point. е. Does not change the boiling point or the freezing point.
4. Sample A contains 100 mL of methanol (CH3OH) and Sample B contains 100 mL of benzene (C6H6). Both containers are at 58.1 °C. a. What is the vapor pressure of Sample A? b. What is the vapor pressure of Sample B? c. Will your answers to the previous two questions change if the volume of e sample is increased to 200 mL? 68