Problem 4 One form of an equation to estimate a components heat capacity is: Cp = a+bT + cT-2 Using a switch structure write a main program m file in MATLAB which will call a user function named heatcap to calculate the heat capacity of any compound having the above form in which the coefficients a, b & c along with the temperature in Kelvin are passed to the function and the heat capacity is returned. The user should be prompted to enter a 1 or a 2 to select the type of loop used for the problem. When case 1 is selected a for lobp should execute and when case 2 is selected a while loop should run to find the heat capacity for both Magnesium Oxide and Ferric Oxide for temperatures ranging from 300K to 900K in 50 degree increments. A header should be put outside the loop and then each time through the loop the values of heat capacity should be printed as shown below. Temperature(K) (Kelvin) Cp-MgO (J/mol-K) Cp-Fe203 (J/mol-K) 300 XX.X XX.X 350 XX.X XX.X The program should also store the values of the heat capacity and temperature for both components into an array and then plot the heat capacity as a-function of temperature on a single plot, which is labeled appropriately. Data Needed: MgO a =45.44 Fe203 b=0.5008e-2 c =-8.732e5 a =103.4 b=6.711e-2 c=-17.72e5;
Problem 4 One form of an equation to estimate a components heat capacity is: Cp = a+bT + cT-2 Using a switch structure write a main program m file in MATLAB which will call a user function named heatcap to calculate the heat capacity of any compound having the above form in which the coefficients a, b & c along with the temperature in Kelvin are passed to the function and the heat capacity is returned. The user should be prompted to enter a 1 or a 2 to select the type of loop used for the problem. When case 1 is selected a for lobp should execute and when case 2 is selected a while loop should run to find the heat capacity for both Magnesium Oxide and Ferric Oxide for temperatures ranging from 300K to 900K in 50 degree increments. A header should be put outside the loop and then each time through the loop the values of heat capacity should be printed as shown below. Temperature(K) (Kelvin) Cp-MgO (J/mol-K) Cp-Fe203 (J/mol-K) 300 XX.X XX.X 350 XX.X XX.X The program should also store the values of the heat capacity and temperature for both components into an array and then plot the heat capacity as a-function of temperature on a single plot, which is labeled appropriately. Data Needed: MgO a =45.44 Fe203 b=0.5008e-2 c =-8.732e5 a =103.4 b=6.711e-2 c=-17.72e5;
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Transcribed Image Text:Problem 4
One form of an equation to estimate a components heat capacity is:
Cp = a +bT + cT-2
Using a switch structure write a main program m file in MATLAB which will call a user
function named heatcap to calculate the heat capacity of any compound having the above
form in which the coefficients a, b & c along with the temperature in Kelvin are passed to the
function and the heat capacity is returned.
The user should be prompted to enter a 1 or a 2 to select the type of loop used for the
problem. When case 1 is selected a for lopp should execute and when case 2 is selected a
while loop should run to find the heat capacity for both Magnesium Oxide and Ferric Oxide
for temperatures ranging from 300K to 900K in 50 degree increments.
A header should be put outside the loop and then each time through the loop the values of
heat capacity should be printed as shown below.
Temperature(K)
(Kelvin)
300
Cp-MgO
(J/mol-K)
Cp-Fe203
(J/mol-K)
XX.X
XX.X
350
XX.X
XXX
The program should also store the values of the heat capacity and temperature for both
components into an array and then plot the heat capacity as a-function of temperature on a
single plot, which is labeled appropriately.
Data Needed:
MgO
Fe203
a =45.44
a =103.4
b=6.711e-2
b=0.5008e-2
c =-8.732e5
c=-17.72e5;
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