A rigid tank whose volume is unknown is divided into two parts by a partition. One side of the tank contains an ideal gas at 927 C. The other side is evacuated and has a volume twice the size of the part containing the gas. The partition is now removed and the gas expands to fill entire tank. Heat is now applied to the gas until the pressure equals the initial pressure. Determine the final temperature of the gas. * O 1854 K O 3600 K 4254 K O 1220 K O 1800 K O 2400 kJ

A rigid tank whose volume is unknown is divided into two parts by a partition. One side of the tank contains an ideal gas at 927 C. The other side is evacuated and has a volume twice the size of the part containing the gas. The partition is now removed and the gas expands to fill entire tank. Heat is now applied to the gas until the pressure equals the initial pressure. Determine the final temperature of the gas. * O 1854 K O 3600 K 4254 K O 1220 K O 1800 K O 2400 kJ

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

3) A tank, well insulated, has two parts divided by partition. The first part incuded 5,5 kg of water at 600 kPa while the other part is evacuated. This partition is removed and the water expands to fill the entire tank. If the final pressure and temperature are 250 kPa and 150 °C, respectively, please determine a- The volume of the tank b- Temperature of the water for first part
A vertical piston-cylinder arrangement with a diameter of 120 mm contains water with a quality of 60%. The pressure is 3 bar. Initially the piston rests 40 mm above the bottom of the cylinder. Heat is then added until the volume is 3 times the original volume. (a) Determine the mass of the water in the cylinder
PLS ANSWER ALL I WILL GIVE THUMBS UP
P2 Explain the application of the first law of thermodynamics to appropriate systems
1.74 cubic meter of a perfect gas at 1.7 bar and 17.1°C is compressed to a volume of 0.86 m³ and a pressure of 5.9 bar. Determine the final temperature in °C.
Consider two systems, one at a constant temperature t and the other at a constant temperature T (t > T). Allow the two systems to come into contact and be thermally insulated from each other but not from their surroundings. Energy will flow from system A to system B because of System System Temperature Temperature Select one: O a. Mass difference O b. Volumetric difference O c. Temperature difference O d. Energy difference
please show solution step by step. Thermodynamics
THERMODYNAMICS UPVOTE WILL BE GIVEN. PLEASE WRITE THE COMPLETE SOLUTIONS. NO LONG EXPLANATION NEEDED. BOX THE FINAL ANSWER AND USE 3 DECIMAL PLACES. DRAW PV-TS Diagrams. SEE THE ATTACHED PHOTO FOR THE CONSTANTS. A 2 kg mass of oxygen expands at a constant pressure of 172 kPa in piston-cylinder system from a temperature of to a final temperature of 182°C . Determine (a) the heat required; (b) the work; (c) the change of enthalpy; (d) the change of internal energy.
N = 0 An insulated tank of volume 10+(10+N)/25 m and with a valve was filled with perfect tri- atomic gas at pressure 10 bar, where N is equal to the last two digitals in your student's ID number. Initially the valve was closed. A paddle wheel was mounted inside the tank and was run by 20 kW engine. The paddle wheel was turn on and at the same time the exit valve was opened. The gas temperature was constant though the whole process (due to very slow flow) and equal to 300 K. Calculate the time needed to decrease the pressure in the tank to 5 bar.
I need the answer as soon as possible
please help me with this
3