xxxamslashxxx9

05.10.2019 • 

Physics

A1 mol argon system in a 5m^3 container at 300k is well approximated as an ideal gas. the gas is adiabatically compressed to 4m^3, increasing the temperature to 350k.
i. determine the heat transfer, work done, and change in internal energy of the system during the compression.
ii. the system is instead taken from the original state, isothermally compressed to 4m3, then isochorically heated to 350k. what is the heat transfer, work done, and change in internal energy of this transformation?

Ответ:

PerfectMagZ

22.03.2023

Physics

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According to second law of motion F=ma
f=ma
5000= 1000a
5000/1000=a
a=5 m/s^2 in case u r wondering about the unit it is newton/kg which is m/s^2

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