New Reply

Constant term in the adiabatic equation

 
Share Thread Thread Tools
Jan5-13, 12:45 AM   #1
 

Constant term in the adiabatic equation


Hi there! I am working on a project that requires some idea of adiabatic processes. I know the basics of the said topic and I'm currently stuck with the reversible adiabatic equation PV^(gamma)=constant.. and want to know what is the constant term i.e. on what parameters it depends and what is its mathematical equation? Kindly help me if you can...
 
PhysOrg.com
PhysOrg
physics news on PhysOrg.com

>> Promising doped zirconia
>> New X-ray method shows how frog embryos could help thwart disease
>> Bringing life into focus
Jan5-13, 08:35 AM   #2
 
It is a constant,right.Then why should it depend on anything.
 
Jan5-13, 10:05 AM   #3
 
Recognitions:
Gold Membership Gold Member
[tex]PV^{\gamma}=P_1V_1^{\gamma}[/tex]

where P1 and V1 are the initial pressure and volume.
 
Jan6-13, 01:02 AM   #4
 

Constant term in the adiabatic equation


It is a constant,right.Then why should it depend on anything.
well as far as I know...a constant term doesn't mean that it doesn't depend on any other parameter. Take the ebullioscopic constant for instance..that depends on certain values of specific heat and and the temperature etc... I hope you get my point!
 
Jan6-13, 01:21 AM   #5
 
well,for adiabatic process it means that if system is going under adiabatic change then that Pv^gamma would not change.
 
New Reply
Thread Tools


Similar Threads for: Constant term in the adiabatic equation
Thread Forum Replies
Meaning of the adiabatic constant General Physics 10
Adiabatic Expansion - proof of PV^(gamma) = constant Classical Physics 1
Adiabatic expansion at constant pressure. Biology, Chemistry & Other Homework 2
Adiabatic compression at a constant rate Classical Physics 6
An Expansion against a constant external P and Adiabatic Advanced Physics Homework 0