Notes in Physics with Astrophysics Year 3

To Subscribe, use this Key

entries per page

Search:

Status	Last Update	Fields
Published	02/05/2024	Define Intensive state variables
Published	02/05/2024	Define Extensive state variables
Published	02/05/2024	If two systems are put in thermal contact, generally changes will occur to the {{c2::temperatures}} of both of them. The two systems will tend towards…
Published	02/05/2024	If two systems are separately in {{c1::thermal equilibrium}} with a {{c2::third system}}, then they must also be in {{c1::thermal equilibrium}} with e…
Published	02/05/2024	The Equation for Linear expansion is:\[\Delta L = {{c1::\alpha}} {{c2::L_0}} {{c3::\Delta T}}\]with \[\alpha = \frac{1}{L} \frac{dL}{dT}\]
Published	02/05/2024	The Equation for the Expansion of Volume:\[\Delta V = {{c1::\beta}} {{c2::V_0}} {{c3::\Delta T}}\]
Published	02/05/2024	The First Law of Thermodynamics is:\[{{c1::dU}} = {{c2::\delta Q}} + {{c3::\delta W}}\]
Published	02/05/2024	First Law: \[dU = \delta Q + \delta W\]\(dU\) is an {{c1::exact::exact/inexact?}} differential
Published	02/05/2024	First Law: \[dU = \delta Q + \delta W\]\(\delta Q\) is an {{c1::inexact::exact/inexact?}} differential
Published	02/05/2024	First Law: \[dU = \delta Q + \delta W\]\(\delta W\) is an {{c1::inexact::exact/inexact?}} differential
Status	Last Update	Fields

Showing 1 to 10 of 28 entries