A greenhouse contains 256 m³ of air at a temperature of 26°C, and a humidifier in it vaporizes 4.20 L of water.
(b) What total volume of liquid water would have to be vaporized to saturate the air (that is, achieve 100% relative humidity)? (See Table 5.2, p. 220.)

Question

23-08-2022
Chemistry

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A greenhouse contains 256 m³ of air at a temperature of 26°C, and a humidifier in it vaporizes 4.20 L of water.
(b) What total volume of liquid water would have to be vaporized to saturate the air (that is, achieve 100% relative humidity)? (See Table 5.2, p. 220.)

Answer :

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pragyavermav1 pragyavermav1 · Answer 1 · 2022-08-26T10:55:03-04:00

The total volume of liquid water that would have to be vaporized to saturate the air is 6.23114 L.

Greenhouse Software is an American technology employer centered in any metropolis that gives a recruiting software program as a provider. It was based in 2012 with the aid of Daniel Chait and Jon Stross.

A greenhouse additionally referred to as a glasshouse, is a building designed for the protection of gentle or out-of-season plants in opposition to immoderate cold or warmness.

Designed to preserve warmth at some point in cold seasons, a greenhouse also becomes a heat entice in the course of a warm climate. If temperatures exceed healthy tiers, flora may be cooked to loss of life. In bloodless seasons, vegetation freeze to death if temperatures drop too low.

The pressure of water to saturate the air is 0.0331579 atm.

2.23 x 10-2 atm pressure saturate 4.20 L of air and therefore the volume of water

saturated by 0.0331579 atm pressure is as follows:

Volume of water = (0.0331579 atm)

4.20 L

2.23x102 atm

= 6.23114 L

≈ 6.23 L.

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A greenhouse contains 256 m³ of air at a temperature of 26°C, and a humidifier in it vaporizes 4.20 L of water. (b) What total volume of liquid water would have to be vaporized to saturate the air (that is, achieve 100% relative humidity)? (See Table 5.2, p. 220.)

Answer :

Other Questions

A greenhouse contains 256 m³ of air at a temperature of 26°C, and a humidifier in it vaporizes 4.20 L of water.
(b) What total volume of liquid water would have to be vaporized to saturate the air (that is, achieve 100% relative humidity)? (See Table 5.2, p. 220.)