Question

In: Other

What are the heat capacity constant (Cp) values for C10H8 ,O2 , C8H4O3 ,CO2 and H2O...

What are the heat capacity constant (Cp) values for C₁₀H₈ ,O₂ , C₈H₄O₃ ,CO₂ and H₂O at 600 K according to the Antoine equation?

Expert Solution

The Antoine equation is a class of semi-empirical correlation describing the relation between vapor pressure and temperature for pure components .

p=10^{A- B/C+T}

Where p is the vapor pressure ,T is temperature and A,B and C are component-specific constants

So,Vapor pressure of C10H4O3 ,O2 ,Phthalic anhydride ,co2 ,H20 at 600k Temperature

to be calculated using the above formula Antoine equation .

Vapor pressure

C10H4O3 7,5 kpa (600k)

O2 130 pa

C8H4O3 0.0225 mmHg

CO2 86 MPa

H20 303 kpa

Step 2

Plotting saturation pressure as a function of temperature Then getting the value of heat capacity constant cp at specific pressure and 600 k .

Plotting X axis Temperature

plotting Y axis vapor pressure

Heat capacity constant Cp value

C10H8(naphthalene) 165.72 j/mol-k

O2 0.22 Btu/lbmoF

C8H4O3(phthalic anhydride) 226.20( j/mol*k)

CO2 0.21 Btu/lbmoF

H2O 75.291 JK^-1 mol^-1

Amanda K answered 2 years ago

The heat capacity, Cp, of liquid carbon disulfide is a relatively constant 78J(molK). However, the heat...

The heat capacity, Cp, of liquid carbon disulfide is a relatively constant 78J(molK). However, the heat capacity of solid carbon disulfide varies greatly with temperature. From 99K to its melting point at 161K, the heat capacity of solid carbon disulfide increases linearly from 44 J/(molK) to 57 J/(molK). The enthalpy of fusion of carbon disulfide is 4390 J/mol. The absolute entropy of liquid carbon disulfide at 298K is 151 K/(molK). Estimate the absolute entropy of carbon disulfide at 99K.

During photosynthesis, is reduced and is oxidized. O2; H2O CO2; H2O O2; C6H12O6 H2O;...

During photosynthesis, ____ is reduced and ____ is oxidized. O2; H2O CO2; H2O O2; C6H12O6 H2O; C6H12O6 CO2; C6H12O6

2C2H2 (g) + 5 O2 (g) ---------> 4 CO2 (g) + 2 H2O (g) + heat...

2C2H2 (g) + 5 O2 (g) ---------> 4 CO2 (g) + 2 H2O (g) + heat 3. Which of the following is true about reaction when the concentration of O2 (g) is decreased? a. Equilibrium will shift to the left. b. Equilibrium will shift to the right. c. No effect on the equilibrium. d. Equilibrium constant will decrease. 4. Which of the following is true about reaction when the temperature is increased? a. Equilibrium will shift to the left. b....

Question 2 options: For the reaction CH4 + O2 →CO2 + H2OCH4 + O2 →CO2 + H2O...

Question 2 options: For the reaction CH4 + O2 →CO2 + H2OCH4 + O2 →CO2 + H2O what are the coefficients for each reactant or product? a. CH4 b. O2 c. CO2 d. H2O Question 3 (2 points) Question 3 options: For the reaction NaOH + AlCl3 →NaCl + Al(OH)3NaOH + AlCl3 →NaCl + Al(OH) what are the coefficients for each reactant or product? a. NaOH b. AlCl3 c. NaCl d. Al(OH)3 Question 4 (2 points) Question 4 options: For the reaction H2O2...

The heat capacity, CP, of liquid carbon disulfide is a relatively constant 78 J/(mol·K). However, the...

The heat capacity, CP, of liquid carbon disulfide is a relatively constant 78 J/(mol·K). However, the heat capacity of solid carbon disulfide varies greatly with temperature. From 75 K to its melting point at 161 K, the heat capacity of solid carbon disulfide increases linearly from 39 J/(mol·K) to 57 J/(mol·K). The enthalpy of fusion of carbon disulfude is ΔHfus = 4390 J/mol. The absolute entropy of liquid carbon disulfide at 298 K is S = 151 J/(mol·K). Estimate the...

What type of chemical reaction is shown below? C2H6 + O2 --> CO2 + H2O Na...

What type of chemical reaction is shown below? C2H6 + O2 --> CO2 + H2O Na + Cl2 --> NaCl H2O ---> H2 + O2 H2 + LiCl ---> HCl + Li What is the correct order of coefficients to correctly balance the equation shown below? ____NH4Cl + ____MgO ---> ____(NH4)2O + ____MgCl2 C2H6 + ___ O2 ---> CO2 + H2O Na + Cl2 ---> ___ NaCl

The ideal gas heat capacity of nitrogen varies with temperature. It is given by: Cp =...

The ideal gas heat capacity of nitrogen varies with temperature. It is given by: Cp = 29.42-(2.170 *10-3) T + (0.0582*10-5) T2 + (1.305*10-8) T3 – (0.823*10-11) T4. T is in K and Cp is in Joule/(mole K). Assuming that N2 is an ideal gas: A) How much internal energy (per mole) must be added to nitrogen to increase its temperature from 450 to 500 K. B) Repeat part A for an initial temperature of 273 K and final temperature...

Balance the following equations by inserting coefficients as needed. C2H6+O2 ---> CO2+ H2O C6H12O2 +O2 --->...

Balance the following equations by inserting coefficients as needed. C2H6+O2 ---> CO2+ H2O C6H12O2 +O2 ---> CO2+H2O

heat capacity at constant pressure Cp=(dH/dT) the difference between H(enthalpy) and U(internal energy) is PdV=RT(in perfect...

heat capacity at constant pressure Cp=(dH/dT) the difference between H(enthalpy) and U(internal energy) is PdV=RT(in perfect gas) Then, in real gas, how can I know the difference?

How many molecules of CO2, H2O, C2H5OH, and O2 will be present if the reaction goes...

How many molecules of CO2, H2O, C2H5OH, and O2 will be present if the reaction goes to completion?