Please how to solve this Eg 2, A certain amount of an ideal gas, when it goes throughsome process and its temperature rises, what is true based on thelaws of thermodynamics [ C ](1) The ideal gas system absorbs heat in the process;(2) Positive work is done to the ideal gas system in the process;(3) The internal energy of the ideal gas system is increased;(4) In this process, the ideal gas system absorbs heat from theoutside and does positive work to the outside.(A) (1) , (3); (B) (2) , (3); (C) (3); (D) (3), (4).the first law of thermodynamics: Q=AE+WQ = yC,AT; AE = yC,ATW = [ PaV = Q-AEEg 3, An adiabatic container is divided into two parts of equalvolume by an adiabatic plate of negligible mass. H, and O, ofequal mass and same temperature are filled on both sides. Theadiabatic plate P is fixed at the beginning, and then released tomake the plate P move (ignoring air leakage and friction). Afterreaching a new equilibrium position, if the temperature of thetwo sides is compared [ B ](A)H, is hotter than O,;(C) The temperature on both sides is equal to the original(B) 0, is hotter than H,;temperature;(D) The temperature on both sides is equal and lower than theoriginal temperature.mPV =MWith the same mass and small molar mass, the pressure is strong. Therefore,the adiabatic plate initially moves from hydrogen to oxygen. As hydrogenperforms positive work on oxygen, the internal energy of hydrogendecreases and the internal energy of oxygen increases, the correspondingRTtemperature of hydrogen decreases and the temperature of oxygen increases.Eg 4 The volume of an oxygen cylinder is V, the pressure ofoxygen filling is P, and the pressure drops to P, after a periodof use. Then the ratio of the internal energy of oxygen in thecylinder to that of oxygen before it is used isP : P2

Eg 2. A certain amount of an ideal gas, when it goes through some process and its temperature rises, what is true based on the laws of thermodynamics [ C (1) The ideal gas system absorbs heat in the process; (2) Positive work is done to the ideal gas system in the process; (3) The internal energy of the ideal gas system is increased; (4) In this process, the ideal gas system absorbs heat from the outside and does positive work to the outside. (A) (1) , (3); (B) (2) , (3); (C) (3); (D) (3) , (4).

Eg 2. A certain amount of an ideal gas, when it goes through some process and its temperature rises, what is true based on the laws of thermodynamics [ C (1) The ideal gas system absorbs heat in the process; (2) Positive work is done to the ideal gas system in the process; (3) The internal energy of the ideal gas system is increased; (4) In this process, the ideal gas system absorbs heat from the outside and does positive work to the outside. (A) (1) , (3); (B) (2) , (3); (C) (3); (D) (3) , (4).

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

how do you get the 518?
Can someone please help with question 9. Will give thumbs up
please help with questions 11,12,13 and 14
there is another question follow to these questions I will attached in the next file
8,000 U.S. Household income www.doctorhousingbubble.com 7,000 6,000 5,000 ng Center 4,000 3,000 2,000 1,000 Under $5,000 $30,000 to S34,99 $40,000 to $44,999 $50,000 to $54,999 $10,000 to $14,999 $20,000 to $24,999 S60.000 to S64,999 Identify the skewness: S90,000 to 594,999 $100,000 to $104,999 s110,000 to $114,999 $70,000 te $74999 Sa0,000 to S84,999 $130,000 to S134,99 $140,000 to $144,99 $120,000 to $124,999 $160,000 to $164,999 $170,000 to S174,999 $180,000 to S184,999 S150,000 to $154,9m positive skew $190,000 to $194,999 $200,000 to $249,999 negative skew no skewness - it is symmetrical
Could you help with these 3 questions?
35 cm Som 18 m 19 um What is the mes of ech em
Number 53 and 54
B) Convert the following decimal number (255)10 to binary and hexadecimal number
Find the force vector of the following figure Mechanics of the Electrical Department
What is the co5st of lighting a 500 watt light for 8 hours, if electricity cost 7.5 cents per kilowatt-hour? formula/units
how do you solve for t in tcos0