Question

Evaporation and Vapour Pressure You perform a procedure with liquid X and liquid Y. Liquid X...

Evaporation and Vapour Pressure

You perform a procedure with liquid X and liquid Y. Liquid X undergoes a temperature change of 10°C and liquid Y undergoes a temperature change of 15°C. Which of the two liquids has stronger intermolecular forces? Explain.

Homework Answers

Answer #1

Liquid Y has strong intermolecular forces than liquid X.

Reason- Liquid Y undergo changes at higher temperature 15oC while Liquid X undergo changes at lower temperature 10oC that is liquid Y need high energy( high temperature) to undergo changes while liquid X need less energy to undergo changes. Higher energy stronger will be intermolecular forces and lower energy weaker will be the intermolecular forces.

Therefore, liquid Y has strong intermolecular forces than liquid X

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Which of the following statements correctly characterizes the rate of evaporation of a liquid?       I....
Which of the following statements correctly characterizes the rate of evaporation of a liquid?       I. Increases with increasing temperature because molecules have higher kinetic energies.       II. Increases with increasing surface area of the liquid because more molecules are located at the surface.       III. Decreases with stronger intermolecular forces because molecules are less able to escape from the surface of the liquid. II only III only I only I and II only All three: I, II, and III
Ideally, when you measure the vapour pressure of your system, it should increase steadily then reach...
Ideally, when you measure the vapour pressure of your system, it should increase steadily then reach a plateau (constant value). If it is observed to increase initially and then decrease, what might be the reason? a)The vapour pressure is lower than the level that can be accurately detected by the probe. b)The intermolecular forces between the molecules in the solution are too strong to enable any to enter the vapour state. c)There is a leak in seal for the probe...
The equilibrium vapour pressures of ethanol and chloroform at 45oC are 230.33 mbar and 578.0 mbar...
The equilibrium vapour pressures of ethanol and chloroform at 45oC are 230.33 mbar and 578.0 mbar respectively. The Henry’s law constants for ethanol at 45oC is 1030.3 mbar. A non‐ideal solution of the two liquids has a mole fraction of ethanol in the liquid phase of 0.115.  The equilibrium vapour pressure of chloroform above the solution is 533.7 mbar and the equilibrium vapor pressure of the ethanol is 73.95 bar. (a) Find the mole fraction of ethanol in the vapour phase...
Suppose the two unknowns were determined to be methanol and ethanol. How can you determine which...
Suppose the two unknowns were determined to be methanol and ethanol. How can you determine which unknown corresponds to which alcohol? Explain your answer taking into account various intermolecular forces in these two liquids and how those forces affect the vapor pressure.
6 compounds 1-butanol acetone methanol butanone 1-propanol ethanol Use these compounds to answer the question: 1....
6 compounds 1-butanol acetone methanol butanone 1-propanol ethanol Use these compounds to answer the question: 1. a. Two of the liquids, butanone and 1-butanol, have similar molar masses (74.1 and 72.1 g/mol respectively) but have significantly different delta T values (this is from observing EVAPORATION AND INTERMOLECULAR FORCES). Explain the difference in delta T values of these substances based on their intermolecular forces. b. Which of the ALCOHOLS studied has the strongest intermolecular forces of attraction? the weakest intermolecular forces?...
If substance X has stronger intermolecular attractions than substance Y, which of the following is most...
If substance X has stronger intermolecular attractions than substance Y, which of the following is most apt to be true? Choose one of the following options: Y has the lower vapor pressure and higher boiling point. Y has the higher vapor pressure and higher boiling point. Y has the lower vapor pressure and lower boiling point. Y has higher vapor pressure and the lower boiling point.
You have two containers of the same liquid. The first container has 142.0 g at T1°C...
You have two containers of the same liquid. The first container has 142.0 g at T1°C and the second has 25 g at 21°C. In order to consolidate and save space, you mix the two liquids into one container and find that the two portions have now reached an equilibrium temperature of 42.6°C. What was the initial temperature of the liquid in the first container? °C
1.Sublimation refers to a. the vaporization of a solid without first becoming a liquid b. the...
1.Sublimation refers to a. the vaporization of a solid without first becoming a liquid b. the melting point of solid    c. the vaporization of a liquid d. the condensation of a gas into a liquid 2.A pressure cooker cooks food more rapidly than an ordinary cooking pot with a loose lid because __ a. the pressure forces heat into the food b. the higher pressure lowers the boiling point of water    c. the higher pressure raises the boiling...
1.) A liquid of density 1390 km/m^3 flows steadily through a pipe of varying diameter and...
1.) A liquid of density 1390 km/m^3 flows steadily through a pipe of varying diameter and height. At Location 1 along the pipe, the flow speed is 9.31 m/s and the pipe d1 diameter is 10.3cm . At Location 2, the pipe diameter d2 is 17.5 cm . At Location 1, the pipe is triangle y= 9.31m higher than it is at Location 2. Ignoring viscosity, calculate the difference between the fluid pressure at Location 2 and the fluid pressure...
An inert gas has a weight density of 0.066 lb/ft^3 and its pressure is to be...
An inert gas has a weight density of 0.066 lb/ft^3 and its pressure is to be measured with a manometer. Liquids available for the manometer are water (62.4 lb/ft^3), oil (specific gravity 0.82) and mercury (specific gravity 13.57) . If the pressure range is from 0-10 psi, which liquid would you use, Explain Why?