Please give handwriting solution A rigid tank of 1,0L volume contains 2,5 g ofpure water at 70°C and is closed to theenvironment. Then the water is heated andthe temperature rises.a) determine the initial state of the system.b) determine the temperature at which allthe water in the tank vaporizes.c) draw the process on a T vs v and P vs vdiagram

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Answered: A rigid tank of 1,0L volume contains…

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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A 1-m3 rigid tank contains 10 kg of water (in any phase or phases) at 160°C. The pressure in the tank is(a) 738 kPa (b) 618 kPa (c) 370 kPa(d) 2000 kPa (e) 1618 kPa
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A tank of air is expanded via heat transfer at a constant pressure such that its volume is 2.5 times its original volume. If the initial temperature of the tank was 23 Celsius, what is the amount of heat transfer required for this process in kJ/kg? Calculate this with the following 3 approaches: Constant Specific Heats (use the average temp) The equation as seen on table A-2 Air property tables
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One kilogram of water vapor at 1MPa fills the 0.25794 m3 right chamber of a partitioned system. The left chamber has twice the volume of the right one and is initially evacuated. The partition is removed. After some exchange of heat between the system and the environment, the temperature of water becomes 120℃. Determine : (a) The initial state of the system (b) The final state of the system (c) The amount of heat that has been exchanged. (d)Is this heat added or removed from the system? Why?
Please help, there are similar problems I found here but the answers are different in the answers of our workbook. (Topic is ideal gas with constant volume) . 3. A closed rigid container has a volume of 1m^3 and holds air at 344.8kpa and 273K. Heat is added until the temperature is 600K. Determine: a.) final temperature b.) change in internal energy c.) the work output Ans. a. 757.8K b. 497.22KJ c. 0
5 lbm of air expands inside a piston cylinder configuration at a constant pressure of 24 psia.During the expansion process the temperature increases by 100F°. How much work was doneby the gas, in BTU. What is the final volume after expansion, in ft3.
A piston-cylinder assembly contains 0.1 kg of air at 300 kPa pressure and 270C temperature. First at constant pressureBy adding heat, the volume is doubled from the initial volume. Then at constant temperature air is expanded up to 100 kPa pressure. According to this; 1-Show the whole event in the P-V diagram. 2-Status find work and heat shifts in changes.
when n = 1 in the polytropic process PVn = c, the process is referred as a. Adiabatic process b. Isobaric process c. Isothermal process d. Isochoric process

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