come with equations to solve for each variable while dealinng with constant pressure or it being reversible...wqdelta Udelta Hisobaric isovolumetric (isochoric) isothermal (against constant pressure) isothermal (reversible) adiabatic (against constant pressure) adiabatic (reversible) complete cycle

Answered: come with equations to solve for each…

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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Ideal Gas equation is given by= RT. Where p is pressure measured in Pascals m² %3D kg p is the density measured in (),T is the temperature measured in "Kand R is the specific gas N.m constant given by R = 288.33 kg. °K In a certain experiment pressure of air is measured with an %3D instrument to be 103,325 + 100 m2 and temperature is measured with a thermocouple to be T = 29.75 + 1% °C Determine the percent uncertainty in measurement of density, p.
K:55)
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An air pump is used to fill a rigid gas bottle with air. The pump is connected to the gas bottle via a rigid pipe. The pump consists of a piston of internal diameter d=0.08 m and a cylinder with a stroke L=0.3m. Air enters the pump through an orifice located at the bottom of the cylinder to raise the pressure in the pump to atmospheric pressure. Air, drawn into the pump through the orifice, mixes completely and adiabatically with the cylinder contents. A valve allows the bottle's refill. The valve opens when the pump pressure is equal to the gas bottle. The valve is always closed when the pump pressure is below the gas bottle pressure. Pressure drop across the valve can be neglected. The bottle, the connecting pipe and the pump are thermally insulated. Air in the pump and connecting pipe undergoes isentropic compression and expansion processes. I F-one The working fluid (air) can be considered a perfect gas with R=287 J/KgK, cp=1005 J/KgK and y=1.4. Initially the piston is located at…
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come with equations to solve for each variable while dealinng with constant pressure or it being reversible...	w	q	delta U	delta H
isobaric
isovolumetric (isochoric)
isothermal (against constant pressure)
isothermal (reversible)
adiabatic (against constant pressure)
adiabatic (reversible)
complete cycle