CASE of CHARGING a TANK:\(h_i=u_f\Rightarrow c_pT_i=c_vT_f\Rightarrow T_f=\gamma \;T_i\)The FIXED temperature inside the tank is:= 1.4 × (350+273)= 872.2 K = 599.23° C∴ The FINAL temperature inside the tank is 599.2° C which is greater than 350° C

"> CASE of CHARGING a TANK:\(h_i=u_f\Rightarrow c_pT_i=c_vT_f\Rightarrow T_f=\gamma \;T_i\)The FIXED temperature inside the tank is:= 1.4 × (350+273)= 872.2 K = 599.23° C∴ The FINAL temperature inside the tank is 599.2° C which is greater than 350° C

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A rigid, insulated tank is initially evacuated. The tank is connected with a supply line through which air (assumed to be ideal gas with constant specific heats) passes at 1 MPa, 350°C. A valve connected with the supply line is opened and the tank is charged with air until the final pressure inside the tank reaches 1 MPa. The final temperature inside the tank

Fluid Mechanics First Law Thermodynamics in Fluid Mechanics . 7 months ago

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In CASE of CHARGING a TANK:\(h_i=u_f\Rightarrow c_pT_i=c_vT_f\Rightarrow T_f=\gamma \;T_i\)The FIXED temperature inside the tank is:= 1.4 × (350+273)= 872.2 K = 599.23° C∴ The FINAL temperature inside the tank is 599.2° C which is greater than 350° C

Posted on 01 Dec 2024, this text provides information on Fluid Mechanics related to First Law Thermodynamics in Fluid Mechanics. Please note that while accuracy is prioritized, the data presented might not be entirely correct or up-to-date. This information is offered for general knowledge and informational purposes only, and should not be considered as a substitute for professional advice.

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