drftr87 Messages 2 Reaction score 0 Thread starter Apr 8, 2008 #1 Does anybody know how to prove this equation t1/t2 = (p1/p2)^(n-1/n) thanks
Integral Staff Emeritus Science Advisor Homework Helper Gold Member Messages 7,232 Reaction score 66 Apr 8, 2008 #2 Tell us about the equation. What are the variables, what does it represent. The more information you can provide the more we will be able to help.
Tell us about the equation. What are the variables, what does it represent. The more information you can provide the more we will be able to help.
drftr87 Messages 2 Reaction score 0 Apr 8, 2008 #3 t= temperature p= pressure n can be written as gamma(γ) which is 1.4 ive found out that t1/t2 = 1+((γ-1)/2)(m^2) where m is the mach number
t= temperature p= pressure n can be written as gamma(γ) which is 1.4 ive found out that t1/t2 = 1+((γ-1)/2)(m^2) where m is the mach number
siddharth Homework Helper Gold Member Messages 1,145 Reaction score 0 Apr 8, 2008 #4 so, are (p1,t1) and (p2,t2) thermodynamic variable for two states? Is the state an ideal gas? Is the process which takes you to the new state adiabatic? It'll be easier to help if you post the exact question.
so, are (p1,t1) and (p2,t2) thermodynamic variable for two states? Is the state an ideal gas? Is the process which takes you to the new state adiabatic? It'll be easier to help if you post the exact question.