R = Universal gas Constant

The ideal gas law is given by: PV = nRT Where: P = Pressure of the gas V = Volume of the gas n = Number of moles of gas R = Universal gas constant T = Temperature of the gas in Kelvin By rearranging the ideal gas law, we can isolate the gas constant R: R = PV/(nT) To obtain the value of the universal gas constant in SI units, we can use the following values: Pressure (P) is typically measured in Pascals (Pa). Volume (V) is typically measured in cubic meters (m³). Temperature (T) must be in Kelvin (K). The number of moles (n) is measured in moles (mol). • Heat Energy Calculation for Various Gases: Key Insights:    • Heat Energy Calculation for Various Gases:...   • Exploring Adiabatic Processes: No Heat Transfer (Q=0):    • Exploring Adiabatic Processes: Understandi...   • Understanding Isothermal Processes:    • Understanding Isothermal Processes: Consta...   • Verifying the First Law of Thermodynamics:    • Verifying the First Law of Thermodynamics:...   • Understanding Isobaric Processes Constant Pressure (Δ𝑝= 0) :    • Understanding Isobaric Processes Constant ...   • Exploring Isochoric Processes:    • Exploring Isochoric Processes: Understandi...   • Bubble Point Pressure and Vapor Composition in Liquid Mixtures Using Van Laar Activity Coefficients:    • Bubble Point Pressure and Vapor Compositio...   • n-Butane with Soave-Redlich-Kwong EOS: https://studio.youtube.com/video/6vMo... • Using the Peng-Robinson Equation of State to calculate the specific volume of n-butane:    • Using the Peng-Robinson Equation of State ...   • n-Butane and the Redlich-Kwong Equation of State:    • Decoding Pressures: n-Butane and the Redli...   • calculating the specific volume of n-butane using Vander Waals EOS:    • calculating the specific volume of n-butan...   • Redilich known equation of state for real gases : Python Code :    • Redilich knowng equation of state for real...   • Harnessing Energy: Understanding the First Law of Thermodynamics in Flow Processes:    • Harnessing Energy: Understanding the First...   • Peng-Robinson Equation of State:    • Peng-Robinson Equation of State #PengRobin...   • PdV Work in Various Quasi static Processes:    • PdV Work in Various Quasi static Processes...   • RK-Soave Equation equation of state:    • RK-Soave Equation equation of state #Therm...   • Redlich Kwong equation of state:    • Redlich Kwong equation of state #Thermodyn...   • Van der Waals Equation of State:    • Van der Waals Equation of State   • Virial Equation Of State in MATLAB:    • Virial Equation Of State in MATLAB   • Chemical Equillibrium / Chemical Engineering Thermodynamics:    • Chemical Equillibrium / Chemical Engineeri...   • P-X-Y Diagram for Binary mixture:    • P-X-Y Diagram for Binary mixture  #PxyDiag...   • T-X-Y Diagram for Binary Mixture:    • T-X-Y Diagram for Binary Mixture #TxyDiagr...   • Molar volume of ammonia gas using the Redlich–Kwong by Bisection and Newton Raphson Method:    • Molar volume of ammonia gas using the Redl...   • Compute the specific volume using Redlich–Kwong equation of state by Newton-Raphson Method:    • Compute the specific volume using Redlich–...   • Compute the specific volume using Redlich–Kwong equation of state by Bisection Method:    • Compute the specific volume using Redlich–...   • Compute the specific volume using Redlich–Kwong equation of state by Newton-Raphson Method:    • Compute the specific volume using Redlich–...   • Goal Seek for Redlich–Kwong equation of state in excel:    • Goal Seek for Redlich–Kwong equation of st...   • Equilibrium conversion when the pressure is 50 atm and Kp = 0.0016 by using Excel Goal Seek:    • Equilibrium conversion when the pressure i...   • T X Y diagram Acetone (1) and acetonitrile (2) & vapor-liquid equilibrium (VLE) •    • T X Y diagram  Acetone (1) and acetonitril...   • Vapor -Liquid in equilibrium (VLE): Benzene & Toluene #chemicalengineering #masstransfer:    • Vapor -Liquid in equilibrium (VLE): Benzen...