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1) CONSTANT TEMPERATURE (Isothermal) PROCESS (pV = C)
If the change in temperature during a process is very small then that process may be approximated (similar) as an isothermal process. For example, the slow expansion or compression of fluid in a cylinder, which perfectly cooled by water may be analysed, assuming that the temperature remains constant.
The general relation properties between the initial and final states of a perfect gas are applied as
follows:
If the temperature remains constant during the process, T1=T2 and the above relation becomes
From the equation we can know that an increase in the volume results in a decrease in the pressure. In other words, in an isothermal process, the pressure is inversely proportional to the volume.
*Alright !! Before you guys get through deep let me tell you something, at the end of this blog there a picture of formula okay ! So tak ada lah poning kepala eh den nak tercari cari formula HEHE ✨
*SAMBUNGAN SILA TENGOK AISYAH’s BLOG OKEH 💋
OKAY GUYS THAT’S ALL FOR TODAY. Thank you 🌺
Done by: SASA, 13DEM18F1043 🤟🏻
May allah ease everything, Amin 🤲🏻
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