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...

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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