5. Prove that an interacting two tank liquid level system shown below will lead to a second order transfer function 9 (1)- R1

Please explain it well, thank you so much.

Can I get explanation to the teacher solution as to how he got that long empirical equation for B the one that start with -1.6767…………., also how did he do dB/dT to get the value of 7.64*10^-7

a. There is a larger fraction of molecules moving at 1000 m/s when the gas temperature is 1000 k than when the gas temperature is 300 K. Does this make sense? Explain. b. There is a smaller fraction of molecules moving at 50 m/s when the gas temperature is 1000 k than when the gas temperature is 300 K. Does this make sense? Explain.

I need help on figuring out how to use a maxwell relation to find (aS/aV)T fotr the following equation of state. This is the entire question

this is a physical chemistry question thank you 1