Yes.PsychonautQQ said:3Pi = Pf
does this lead to Vi = 3Vf? since PV/T = c and T doesn't change?
No, that doesn't make sense since P is not constant and T is.PsychonautQQ said:W = PdV = nRdT..?
An isothermally expanding question is a type of question that involves a process in which the temperature remains constant while the volume or pressure changes.
An isothermally expanding question is significant in thermodynamics and other fields of science as it allows for the analysis of how a system changes while maintaining a constant temperature.
Some examples of isothermally expanding questions include: How does the volume of a gas change as its pressure decreases at a constant temperature? How does the temperature change as a solid expands in volume? How does the pressure of a liquid change as it is heated at a constant volume?
An isothermally expanding question involves a process where the temperature remains constant, while an adiabatic question involves a process where there is no heat exchange with the surroundings. In other words, an isothermally expanding question focuses on changes in volume or pressure while maintaining a constant temperature, while an adiabatic question focuses on changes in temperature without any heat transfer.
Isothermally expanding questions have many applications in fields such as thermodynamics, engineering, and chemistry. For example, they can be used to study the behavior of gases in a closed system, to determine the efficiency of heat engines, and to understand the properties of various materials under different conditions.