Question: Using Matlab... 2) The equation is an empirical polynomial that describes the behavior of the heat capacity Cpas a function of temperature in kelvins. The

Using Matlab...

Using Matlab... 2) The equation is an empirical polynomial that describes the

2) The equation is an empirical polynomial that describes the behavior of the heat capacity Cpas a function of temperature in kelvins. The change in enthalpy (a measure of energy) as a gas is heated from Ti to T2 is the integral of this equation with respect to T: Find the change in enthalpy of oxygen gas as it is heated from 300 to 1000 K, using both trapz and quad functions in MATLAB. Use increments of 5 K for the trapz integration. The values of a, b, c, and d for oxygen are as follows: a = 25.48 b = 1.520 x 1 0-2 c=-0.715510-5 1.31210-9 2) The equation is an empirical polynomial that describes the behavior of the heat capacity Cpas a function of temperature in kelvins. The change in enthalpy (a measure of energy) as a gas is heated from Ti to T2 is the integral of this equation with respect to T: Find the change in enthalpy of oxygen gas as it is heated from 300 to 1000 K, using both trapz and quad functions in MATLAB. Use increments of 5 K for the trapz integration. The values of a, b, c, and d for oxygen are as follows: a = 25.48 b = 1.520 x 1 0-2 c=-0.715510-5 1.31210-9

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