Pressure

Young-Laplace Equation Calculator: inward and outward Pressure of a curved Surface

$begin mathsize 36px style P subscript i n end subscript equals P subscript o u t end subscript space plus space fraction numerator 2 gamma over denominator r end fraction end style$

P_in = Pressure Inside the Curved Surface ; P_out= Pressure Outside the Curved Surface ; γ = Surface Tension ; r = Radious of Curvature of the Curved Surface ;

arkajitmandal, 01.04.2015 | Posted in 0 comment

Raoult's Law Calculator

$begin mathsize 48px style p equals x p to the power of o end style$

p= Vapour Pressure of an Ideal Solution ; x= Mole Fraction of Solvent ; p^o=Vapour Pressure of the Pure Solvent ;

arkajitmandal, 31.03.2015 | Posted in 0 comment

Correlation of Vapor Pressure at Different Temperatures by Clausius Clapeyron Equation Calculator

$begin mathsize 36px style ln open parentheses P subscript 2 over P subscript 1 close parentheses space equals space fraction numerator capital delta subscript v a p end subscript H subscript m over denominator R end fraction open square brackets 1 over T subscript 1 minus 1 over T subscript 2 close square brackets end style$

P₁ & P₂= Initial & Final Pressure ; Δ_vapH_m = Molar Enthalpy of vaporization ; T₁, T₂=Initial & Final Temperature ; R= Gas Constant ;

arkajitmandal, 23.03.2015 | Posted in 0 comment

Compressibility Factor, Z, for non Ideal Gases Calculator

$begin mathsize 36px style fraction numerator P. V over denominator n. R. T end fraction equals Z end style$

P=Pressure, V=Volume, n=number of Moles, R=Universal Gas Constant, T=Temperature, Z=Compressibility factor

arkajitmandal, 15.03.2015 | Posted in 0 comment

Combined Gas Law Calculator

$begin mathsize 36px style fraction numerator P subscript 1 V subscript 1 over denominator T subscript 1 end fraction equals fraction numerator P subscript 2 V subscript 2 over denominator T subscript 2 end fraction end style$

P₁= Initial Pressure ; V₁ = Initial Volume ; T₁= Initial Temperature ; P₂ = Final Pressure ; V₂= Final Volume ; T₂ = Final Temperature

arkajitmandal, 15.03.2015 | Posted in 0 comment

Van Der Waals Equation Calculator

$begin mathsize 36px style open parentheses P plus fraction numerator n squared. a over denominator V squared end fraction close parentheses left parenthesis V minus n. b right parenthesis space equals space n. R. T end style$

P = Pressure ; V = Volume ; a , b = Vander waal's Constants ; n= Number of Moles ; R= Universal Gas Constant ; T= Temperature

arkajitmandal, 14.03.2015 | Posted in 0 comment

Gay Lussac's Law Calculator

$begin mathsize 36px style P subscript 1 over P subscript 2 equals T subscript 1 over T subscript 2 end style$

P₁, P₂= Initial and Final Pressure ; T_{1 ,}T₂= Initial and Final Temperature ;

arkajitmandal, 14.03.2015 | Posted in 0 comment

Boyle's Law Calculator

$begin mathsize 48px style P subscript 1 space end subscript V subscript 1 space equals space P subscript 2 space end subscript V subscript 2 end style$

P₁= Initial Pressure , V₁= Initial Volume , P₂= Initial Pressure , V₂= Initial Volume at Constant Temperature

arkajitmandal, 13.03.2015 | Posted in 0 comment