Final temperature of the gas on the left side

Assignment Help Other Subject

Reference no: EM13217794

A horizontal insulated cylinder, closed at both ends, contains a frictionless, non-conducting piston. On each side of the piston is a 2.00 ft3 of a monatomic ideal gas (Cv = 1.50 R) at 1.00 atm and 80.0°F. Heat is slowly added to the gas on the left side until the piston has compressed the gas on the right side to 3.00 atm.

a. What is the final temperature of the gas on the right side?
b. How much work is done on the gas on the right side?
c. What is the final temperature of the gas on the left side?
d. How much heat is added to the gas on the left side?

Reference no: EM13217794

Questions Cloud

How can you accidentally commit plagiarism : How can you accidentally commit plagiarism? what steps can you take to avoid this?

Personality traits that might vary across cultures : Describe some personality traits that might vary across cultures, and explain the underlying reasons for this variance. How might you be cognizant of these factors when working with clients?

What do you agree with and what do you disagree with : Compose a short 3-4 paragraph review of the secondary source. In your review, you should speak to the effectiveness of the article you selected. What do you agree with What do you disagree with What would you do differently

What is the stagnation pressure on the body : A body moves through standard air at 200 m/s. What is the stagnation pressure on the body? Assume (a) compressible flow and (b) incompressible flow.

Final temperature of the gas on the left side : What is the final temperature of the gas on the right side? How much work is done on the gas on the right side? What is the final temperature of the gas on the left side?

Estimate the speed and mach number of the jet : While jogging on the beach (it's a warm summer day, about 30 deg C) a high-speed jet flies overhead. You guesstimate it's an altitude of about 3500 m, and count off about 5 s before you hear it. Estimate the speed and Mach number of the jet.

Calculate the mach number of flight in both cases : An airplane flies at 400 mph at 1600 ft altitude on a standard day. The plane climbs to 50,000 ft and flies at 725 mph. Calculate the Mach number of flight in both cases.

Health care system of evolution : discussing how the evolution of health care delivery systems has influenced current health care systems.

Name any incongruent melting intermediate compound : (i) Name any incongruent melting intermediate compound(s) present. (j) Locate and draw a square around all congruent melting equilibria. (k) Label all the two-phase fields. (l) Is either Ti or Ni allotropic?

User Account

All Pages