According to the ideal gas low. PV = KT, where Prs the pressure, Vis the volume, Iis the temperature, and k is a constant. Assume that the cylinder contains 18.46 in ³ of gas with a pressure of 2416/ 2 and a temperature of 2.78°K (Kelvin scale) Find the formula · T = T (V₁P) ancalculate in Rate of change of temperature in Pat (1847, 25) = Rate of change of temperature in 10 at (1847,25)=
According to the ideal gas low. PV = KT, where Prs the pressure, Vis the volume, Iis the temperature, and k is a constant. Assume that the cylinder contains 18.46 in ³ of gas with a pressure of 2416/ 2 and a temperature of 2.78°K (Kelvin scale) Find the formula · T = T (V₁P) ancalculate in Rate of change of temperature in Pat (1847, 25) = Rate of change of temperature in 10 at (1847,25)=
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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to the ideal
2 3 4 5 6 7 CN
According
PV=KT, where Pes the pressure, Vis the volume, Iis
the temperature, andk is a constant. Assume that the
cylinder condams 18.46 in²³ of gas with a pressure of 241b/
In ² and a temperative of 2.78ºK (Kelion scale)
in
gas law
Find the formula: T = T (V₂P) ancalculate
Rade of change of tempectative in Pat (1847, 25)
Rate of change of demperature in 10 at (1847,75)=
N-
Tu
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