What is the relationship between water vapor at point A and water droplets at point B?

(a) warm vapor at A is caused by the heat released in condensation at point B.

(b) warm vapor at A is likely not related to condensation at point B.

(c) warm vapor at A causes cooling and condenses to liquid water at point B.

(d) water evaporates at point A, rises, and then cools and condenses at point B.

(e) vapor and water droplets are behaving the same way.

answer

watching

137

views

For unlimited access to Homework Help, a Homework+ subscription is required.

You have 0 free answers left.
Get unlimited access to 3.8 million step-by-step answers.

Get unlimited access

Already have an account? Log in

Kenneth DuqueLv10

23 Nov 2020

Unlock all answers

Get 1 free homework help answer.

Already have an account? Log in

Join us on Discord

Chemistry Study Group

Join now

Related questions

A patient arrives in the emergency room with a burn caused by steam. Calculate the heat that is released when 17.4 g of steam at 100. âC hits the skin, condenses, and cools to body temperature of 37.0 âC. (For water, 540 cal (2260 J) is needed to convert 1 g of water to vapor at 100 âC.)

At what temperature is the equilibrium vapor pressure of water about 400 torr?

Choose one answer.

	a. 30^oC
	b. 45^oC
	c. 60^oC
	d. 80^oC

Which of the following statements are true about evaporation for a liquid?

Help: Evaporation

Choose at least one answer.

	a. Only the most energetic molecules evaporate.
	b. This means the average kinetic energy of the remaining molecules decrease.
	c. This has no effect on the average kinetic energy of the remaining molecules.
	d. Consequently, the temperature of the remaining liquid drops, that is, evaporation is a cooling process.
	e. Consequently, the temperature of the remaining liquid stays the same.

All but one of the following statement is true. Using your everyday experience, check the false one.

Choose one answer.

	a. Evaporation takes place from the surface of water.
	b. A cup of soup in a bowl cools more slowly than a cup of soup on a large plate.
	c. Hot water evaporates from a pan faster than cool water.
	d. Water evaporates as a gas or vapor.
	e. The vapor pressure of room temperature water in a sealed glass continues to rise until the glass breaks.
	f. The vapor pressure of room temperature water in a sealed glass reaches an equilibrium vapor pressure, that is, the evaporation rate of water equals its condensation rate from the gas phase.