for a diatomic perfect gas , derive the equation for entropy S , enthalpy H ,...

for a diatomic perfect gas , derive the equation for entropy S , enthalpy H , Gibbs energy G . and Helmholtz energy A

Expert Solution

queen_honey_blossom answered 1 year ago

Find ∆H and ∆S for the following data. Calculate percent errors for the enthalpy and entropy...

Find ∆H and ∆S for the following data. Calculate percent errors for the enthalpy and entropy of reaction using the following literature values: ∆H = 110 kJ/mol, ∆S = 380J/mol*K Standardized HCl = .5087M Ksp = [Na^+]^2[Borox^2-] ln(Ksp) = -∆H/RT + ∆S/R Temperature of solution;Amount of HCl needed to titrate borox;Volume aliquot Trial 1 - 295K;2.50mL;5.8mL Trial 2 - 316K;5.76mL;5.4mL Trial 3 - 309K;4.57mL;5.6mL Trial 4 - 305K;4.34mL;6.5mL Trial 5 - 311K;7.70mL;5.8mL Trial 6 - 310K;7.73mL;6.1mL After I calculated everything...

Using Van der Waals gas equation, describe enthalpy, entropy, Helmholtz free energy, Gibbs free energy as...

Using Van der Waals gas equation, describe enthalpy, entropy, Helmholtz free energy, Gibbs free energy as a function of temperature and volume.

Calculate entropy variation for a perfect gas. show with an example of your choice

Derive the electromagnetic wave equation in terms of the magnetic field H

Working from first principles, derive an expression for the stagnation temperature of a perfect gas, in...

Working from first principles, derive an expression for the stagnation temperature of a perfect gas, in terms of flight velocity, specific heat at constant pressure and the ambient temperature.

To derive the ideal-gas equation, we assume that the volume of the gas atoms/molecules can be...

To derive the ideal-gas equation, we assume that the volume of the gas atoms/molecules can be neglected. Given the atomic radius of krypton, 1.1 Å, and knowing that a sphere has a volume of 4πr3/3, calculate the fraction of space that Kr atoms occupy in a sample of krypton at STP. Express your answer using two significant figures.

For a system with G(s) in forward path and H(s) in feedback path, Derive in details...

For a system with G(s) in forward path and H(s) in feedback path, Derive in details the equivalent transfer function and its zeros/poles?

(1) What do you assume the entropy S for a perfect crystal when T = 0?...

(1) What do you assume the entropy S for a perfect crystal when T = 0? (2) Is the S(0) still zero if the crystal is not perfect? Why? (3) How to calculate dS when under the constant pressure and cp is given? (4) How to calculate the entropy of H2O at 500 K? (5) How to calculate the entropy change for a chemical reaction if you can find the S for each chemical? (6) For an isolated thermodynamic system,...

What is the difference between entropy, enthalpy, and heat transfer?

1. Set-up the appropriate differential equation(s) and solve to derive the general equation of motion for...

1. Set-up the appropriate differential equation(s) and solve to derive the general equation of motion for a human sized “dummy” moving vertically (up/down) under the following assumptions: (a)The initial elevation is h0 ft. (b)The initial velocity is V0 ft./sec. (c)All motion vertical (ignore any sideways motion). (d)The force due to wind is proportional to velocity and in the opposite direction of velocity. (e)The “terminal velocity” is 120mph (e.g. lim t→∞ (V)= 120 mph). (f)Force = Mass * Acceleration. (g)Acceleration due to...

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