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classical mechanics – Conservation of Energy with Chemical and Kinetic Energy
The power is conserved in an inertial reference body. Once you gentle the gasoline of $R_0$, it begins to precipitate, so its reference body is now not inertial, so you may now not apply conservation of power in its reference body. If you wish to apply conservation of power right here, you necessity to take a look at the inertial reference body by which the preliminary velocity of $R_0$ is zero. In this body, the rate of $R_1$ doesn’t change, so its kinetic power doesn’t change, and the ultimate kinetic power of $R_0$ + its impoverish will breathe equal to the preliminary power of the gasoline.
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