Motiyo Consider 1.5 lb of a mixture having an analysis on a mass basis of 30% N2, 40% CO2, 30% O2 that is compressed adiabatically from 1atm, 540°R to 4 atm, 1000°R.Step 1Determine the magnitude of the work of the compression process, in Btu.W =iSave for LaterBtuAttempts: unlimited Submit Answer

The objective of the question is to calculate the work done during the adiabatic compression of a…

Answered: Consider 1.5 lb of a mixture having an…

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

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Provide complete solution and diagram for this problem. A 3 kg metal (cp = 1.5 KJ/kg) at 150oC is mixed with 10 kg water at 20oC. Find the thermalequilibrium of the mixture. A. 45.23oC B. 56.23oC C. 64.56oC D. 32.62oC Answer: D
I need help with the steps for a review problem! 2 kg of saturated H2O mixture at 300 kPa and a quality of 0.3 (State 1) is in a piston cylinder device. It is heated at constant pressure until it reaches a temperature of 600 K (State 2). You may use H20 Property tables. a) the temperature at State 1. (K); b) the amount and direction of the boundary work for this process (kJ). c) sketch the process on a P-v diagram clearly showing each of the 2 state points, their respective phase regions, the process path with an arrow connecting state 1 with state 2.
Current Attempt in Progress The molar analysis of a gas mixture at 25°C, 90 kPa is 40% N2, 40% CO2, and 20% O2. Step 1 Your answer is correct. Determine the analysis in terms of mass fractions. mfN₂ = SAM 15 mfco₂ = mfo₂ = *** 0.318 0.182 tv MacBook Air ***** W zoom Attempts: 1 of 3 used Question 29 mod S
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1%V9 III. OT : 0 العنوان ۱۲:۰۸ For the adiabatic mixing of mixtures of gases, prove P this temperature or gas mixture can be calculate using the equation ◆low: t tem For the adiabatic mixing of mixtures of gases, prove the temperature of gas mixture can be calculate using the equation below: T= EnC ۱/۱ 15▾ T T el H (K) M
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Answer seems to be 0.728 Please show the values of steam tables (or mention Table number) 1) If you have a mixture of saturated water vapor and saturated liquid water at a pressure of 6000 kPa and 276°C, and you measure the specific volume to be 0.024 m^3/kg, what is the quality of the mixture?
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At 10 bar, 100 kg of saturated steam, 20 kg of ice (0oC), and 80 kg of water (20oC) are sealed together in a perfectly insulated thermos. The pressure is kept constant at 10 bar. Determine the final state of the mixture at thermal equilibrium. Assume for ice that the energy of melting is equal to the enthalpy of melting (Table B.20) and is independent of pressure. Use the approximate constant pressure heat capacity (the constant Cp approx., NOT the polynormial expression) found in Table B.17. Use Table B.16 (steam tables) when possible. Draw a detailed diagram of the system. Referring to your diagram, check all the following statements that apply: Group of answer choices The system is at constant pressure. The process is adiabatic. There is material flowing into the system. The initial temperature of the saturated steam can be found in the steam tables. The only work is done by the system. The system is at constant volume. There is no work. This is a closed system.
3. An ideal gas mixture that contains (% volume) 21% Hydrogen, 34% Octane, 5% Oxygen and 40% methane undergo a certain process inside a closed rigid container increasing the temperature by 1000F. Let the specific heat ratio for the mixture be 1.35, determine the change in specific enthalpy (Btu/lb-°R). Draw a figure or FBD that will support the problem. Explain each step by step formula.
1. A rigid insulated tank is divided into two sections by a membrane. One side contains 1.5 kg-of nitrogen at 200 kPa and 320 K, and the other side contains 1.5kg of helium at 300 kPa and 400 °K. The membrane is removed. Determine (a) the mixture temperature and pressure; (b) the change of entropy for the system c) Cp of the mixture; d) Cv of the mixture; e) volumetric analysis; f) MWm; g) Rm Nitrogen Helium

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Consider 1.5 lb of a mixture having an analysis on a mass basis of 30% N2, 40% CO2, 30% O2 that is compressed adiabatically from 1 atm, 540°R to 4 atm, 1000°R. Step 1 Determine the magnitude of the work of the compression process, in Btu. W = i Save for Later Btu Attempts: unlimited Submit Answer