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The relation between internal energy `U`, pressure `P` and volume `V` of a gas in an adiabatic process is `U = a + bPV` where a and b are constant . What is the …
More >>This video provides a basic introduction into Gibbs Free Energy, Entropy, and Enthalpy. It explains how to calculate the equilibrium constant K given the st...
More >>Created by David SantoPietro.Watch the next lesson:
More >>dG = -SdT + VdP Therefore, the temperature dependence of G is (-S) and the pressure dependence of G is V. The integral of VdP is nRT(P2/P1) for an ideal gas ...
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More >>in this video derive an expression for constant temperature and isothermal process.and also derive an expression for workdone, internal energy and enthalpy o...
More >>Replace big pressure tank with CSV and small pressure tank. Replace VFD pump system. Better pressure in the shower. Extend Pump Life. Smaller Pressure Tan...
More >>Want more Thermo tutorials? If so, you should check out my full course! It''s got all the topics you need for Thermodynamics 1. Learn more at:
More >>This is a video to explain the calculations for the Labflow Constant Pressure Calorimetry Lab.
More >>The relation between internal energy `U`, pressure `P` and volume `V` of a gas in an adiabatic process is `U = a + bPV` where a and b are constant . What is...
More >>In this video, we apply the first law of thermodynamics to an ideal gas to derive what the heat capacity at constant volume and constant pressure is. We also introduce Enthalpy H and explain...
More >>Saturated steam at a gauge pressure of 2.0 bar is to be used to heat a stream of ethane. The ethane enters a heat exchanger at 16°C and 1.5 bar gauge at a ra...
More >>If the molar specific heat at constant pressure for a polyatomic non-linear gas is x and the molar specific heat at constant volume for a diatomic gas is y, ...
More >>A constant-volume gas thermometer is used to measure the temperature of an object. When the thermometer is in contact with water at its triple point ( (273 ...
More >>This video explains how to calculate work in a gas expansion against a constant external pressure and runs a numerical application. It also shows that no wor...
More >>saturation steam, vapour or wet steam, dry steam and superheated steam.
More >>In this video, we apply the first law of thermodynamics to an ideal gas to derive what the heat capacity at constant volume and constant pressure is. We also...
More >>A gas expands isothermally against a constant external pressure of 1 atm from a volume of 10 dm^(3) to a volume of 20 dm^(3). It absorbs 800 J of thermal ene...
More >>In this video we compare constant volume heat capacity to constant pressure heat capacity. Constant volume heat capacity is the energy needed to raise the te...
More >>Change in Enthalpy Using Specific Heat at Constant PressureSpecific Heat at Constant VolumeSpecific Heat at Constant PressureHeat CapacityEnthalpyInternal …
More >>In this video we compare constant volume heat capacity to constant pressure heat capacity. Constant volume heat capacity is the energy needed to raise the te...
More >>In the mountains of Tennessee, not far from Chattanooga, there is the Raccoon Mountain picturesque hydroelectric power plant. This is a water reservoir that ...
More >>Use the energy of air under high pressure.To learn more about electricity storage :
More >>Chemical Engineering Guy. 82.2K subscribers. Subscribed. 20. 3.2K views 8 years ago Thermodynamics. The specific heat capacity of a substance varies depending if it is measured at constant...
More >>The mathematical modelling needed to simulate a constant pressure filtration is described. Cake compressibility is taken in to account. This may sound odd, a...
More >>This video explains in detail the variation of the molar Gibbs energy on pressure at constant temperature for the three generic solid, liquid, and gas phases...
More >>How to use planck''s constant to solve for energy
More >>In this example, we calculate the change in internal energy for a combustion reaction using constant-volume calorimetry in a bomb calorimeter. When 0.5140 g ...
More >>Do you want to learn how to calculate the heat of reaction from constant-pressure calorimetry data? Watch this Aleks tutorial video and follow the steps to solve this type of …
More >>Chad concludes the chapter on Thermodynamics with a lesson on the relationship between Gibbs Free Energy and the Equilibrium Constant. The lesson begins wit...
More >>Piston-Cylinder devices are very commonly used in Thermodynamics for constant pressure processes. With this example, we learn about constant pressure work, a...
More >>(19-49) A 2.00 mole sample of N2 gas at 0°C is heated to 150°C at constant pressure (1.00 atm). Determine (a) the change in internal energy, (b) the work the...
More >>Learning Objective: Find the enthalpy change for a reaction using constant pressure calorimetry ics: enthalpy, enthalpy of reaction, heat of reaction, ...
More >>Learn how to prove that the energy of a freely falling body is constant with this video tutorial and examples.
More >>Using the values of delta G, K, and E cell to predict if a process is spontaneous or non-spontaneous.
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More >>This lecture is an introduction to the need and evolution of energy storage systems in a smart grid architecture. It discusses the role of storage systems in...
More >>In this example, we find the change in internal energy given heat and pressure-volume work data. A combustion reaction occurs within a cylinder equipped with...
More >>In this video, I explained Constant Pressure Process.1. Relation between p, V and T2. Work done during the constant pressure process.3. Change in Internal En...
More >>Courses on Khan Academy are always 100% free. Start practicing—and saving your progress—now:
More >>This video will introduce you to the Constant Pressure Modulating Valves (CPM) by Steriflow Food and Beverage. The key advantages of the CPM valves are:- Ope...
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