Question

Dimensions of a room are about 10mx10mx3m. Assume the air inside the room is initial at...

Dimensions of a room are about 10mx10mx3m. Assume the air inside the room is initial at T=20C, P = 100 kpa, Relative humidity = 50%. A glass of liquid water at 20C is allowed to completely evaporate in the room, after which time the temperature is observed to be 15C. Assume the room is a closed, adiabatic, and isobaric system. How much liquid water was in the glass (mL)?

Engineering   Chemical-Engineering   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

The detailed steps are given below

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
A 0.75L bottle is cleaned, dried and closed in a room where the air is 22C...
A 0.75L bottle is cleaned, dried and closed in a room where the air is 22C and 35% relative humidity (that is the water vapor in the air is 0.35 of the equilibrium vapor pressure at 22C. The bottle is brought outside and stored at 0.0C. what mass of liquid water condenses inside the bottle? __grams
A 0.75 L bottle is cleaned, dried, and closed in a room where the air is...
A 0.75 L bottle is cleaned, dried, and closed in a room where the air is 20°C and 47% relative humidity (that is, the water vapor in the air is 0.47 of the equilibrium vapor pressure at 20°C). The bottle is brought outside and stored at 0.0°C. What mass of water condenses inside the bottle?
Determine the masses of dry air and the water vapor contained in a 98-m3 room at...
Determine the masses of dry air and the water vapor contained in a 98-m3 room at 93 kPa, 15°C, and 50 percent relative humidity. Use data from the tables. The mass of dry air is  kg. The mass of water vapor is  kg.
A 0.75 L bottle is cleaned, dried, and closed in a room where the air is...
A 0.75 L bottle is cleaned, dried, and closed in a room where the air is 20°C and 44% relative humidity (that is, the water vapor in the air is 0.44 of the equilibrium vapor pressure at 20°C). The bottle is brought outside and stored at 0.0°C. (See Table 5.2) (a) What mass of water condenses inside the bottle?
A 0.75 L bottle is cleaned, dried, and closed in a room where the air is...
A 0.75 L bottle is cleaned, dried, and closed in a room where the air is 26°C and 41% relative humidity (that is, the water vapor in the air is 0.41 of the equilibrium vapor pressure at 26°C). The bottle is brought outside and stored at 0.0°C. (a) What mass of water condenses inside the bottle? (b) Would water condense at 10°C? yes/no?
Consider a room with the following conditions: . Room dimensions are 2.5 m x 4 m...
Consider a room with the following conditions: . Room dimensions are 2.5 m x 4 m x 5 m (8.2 ft x 13.12 ft x 16.41 ft). . One side has dimensions 2.5 m x 4 m (8.2 ft x 13.12 ft) and is entirely glazed with interior surface temperature 10 C (50 F). . The other surfaces are at 20 C (68 F). . The air is at 22 C (71.6 F) dry-bulb temperature and 30 percent relative humidity....
Consider a classroom filled with air. Let’s approximate air as an ideal gas of N2-molecules (nitrogen)...
Consider a classroom filled with air. Let’s approximate air as an ideal gas of N2-molecules (nitrogen) at normal conditions (P = 1 Bar and T = 300 Kelvin). Suppose the room has dimensions of 10 m by 10 m by 10 m (a pretty large auditorium). Let us also assume that N2 molecule has 5 degrees of freedom (3 translational and 2 rotational). In this problem you will need to provide numeric answers up to the first significant digit. 2.1...
**In all questions: assume liquids(water, seawater, etc.) are incompressible** QUESTION 20 Three flasks hold the same...
**In all questions: assume liquids(water, seawater, etc.) are incompressible** QUESTION 20 Three flasks hold the same gas. The first flask has volume V, pressure P, and n moles, The second flask has volume 2V, pressure 2P, and n moles. The third flask has volume 2V, pressure P, and 2n moles, The fourth flask has volume V, pressure 2P, and 2n moles, The fifth flask has volume 2V, pressure 2P, and 2n moles, Which flask has the gas at the highest...
a)How is it possible to determine if CaCO3 is Cl- free after synthesis? b)How can the...
a)How is it possible to determine if CaCO3 is Cl- free after synthesis? b)How can the Cl- ions be remove from CaCO3 after synthesis? I should answer the questions from the following experiment but if you know the answer and you are sure, yo do not need to read experiment. Please answer correctly because i hav no chance to make wrong :(((( Physical and Chemical Properties of Pure Substances Objective The aim of today’s experiment is to learn handling chemicals...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT