When water boils in a pot with a loose lid, the increasedpressure forces the lid upward, releasing steam and reducing the pres-sure in the pot so that the lid drops back down. If the water continues toboil, the lid can rattle upward and downward. Consider a 1 L pot halffilled with boiling water. In this case there is half a liter, or 1 mol, ofair and steam above the water. (a) Estimate the mass of the lid. (b) When the water is rapidly boiling, estimate the height to which the lid jumps during a steam-release event. (c) By multiplying the weight of the lid by the height of the jump, estimate the work done by the steam as the lid moves upward. (d) Treat the process as adiabatic and use the first law of thermodynamics to estimate the drop in the temperature of the steam as it pushes the lid upward. 19.36 •• When water boils in a pot with a loose lid, the increasedpressure forces the lid upward, releasing steam and reducing the pres-sure in the pot so that the lid drops back down. If the water continues toboil, the lid can rattle upward and downward. Consider a 1 L pot halffilled with boiling water. In this case there is half a liter, or , mol, ofair and steam above the water. (a) Estimate the mass of the lid. (b) When111.2the water is rapidly boiling, estimate the height to which the lid jumpsduring a steam-release event. (c) By multiplying the weight of the lid bythe height of the jump, estimate the work done by the steam as the lidmoves upward. (d) Treat the process as adiabatic and use the first law ofthermodynamics to estimate the drop in the temperature of the steam asit pushes the lid upward.

In this , we can assume the pot is cubical whose side length is 10 cm

Answered: When water boils in a pot with a loose…

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter9: Heat Transfer With Phase Change

Section: Chapter Questions

Problem 9.28P

See similar textbooks

Related questions

Concept explainers

Question

When water boils in a pot with a loose lid, the increased

pressure forces the lid upward, releasing steam and reducing the pres-

sure in the pot so that the lid drops back down. If the water continues to

boil, the lid can rattle upward and downward. Consider a 1 L pot half

filled with boiling water. In this case there is half a liter, or 1 mol, of

air and steam above the water. (a) Estimate the mass of the lid. (b) When the water is rapidly boiling, estimate the height to which the lid jumps during a steam-release event. (c) By multiplying the weight of the lid by the height of the jump, estimate the work done by the steam as the lid moves upward. (d) Treat the process as adiabatic and use the first law of thermodynamics to estimate the drop in the temperature of the steam as it pushes the lid upward.

19.36 •• When water boils in a pot with a loose lid, the increased
pressure forces the lid upward, releasing steam and reducing the pres-
sure in the pot so that the lid drops back down. If the water continues to
boil, the lid can rattle upward and downward. Consider a 1 L pot half
filled with boiling water. In this case there is half a liter, or , mol, of
air and steam above the water. (a) Estimate the mass of the lid. (b) When
1
11.2
the water is rapidly boiling, estimate the height to which the lid jumps
during a steam-release event. (c) By multiplying the weight of the lid by
the height of the jump, estimate the work done by the steam as the lid
moves upward. (d) Treat the process as adiabatic and use the first law of
thermodynamics to estimate the drop in the temperature of the steam as
it pushes the lid upward.

Expert Solution

Trending now

This is a popular solution!

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.