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It is predicted that the cooling of a steel part under the influence of forced convection will follow the differential equation dT/dt = -0.003 (T-22)1.8, where t is in minutes and T is in degrees C. At t = 0, T = 482 degrees C. Use Euler's method with a time step (h) of 0.2 minute to predict the temperature of the part in degrees C at t = 1 minute.

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It is predicted that the cooling of a steel part under the influence of forced convection will follow the differential equation dT/dt = -0.003 (T-22)<sup>1.8</sup>, where t is in minutes and T is in degrees C. <br/><br/>At t = 0, T = 482 degrees C. <br/><br/>Use Euler's method with a time step (h) of 0.2 minute to predict the temperature of the part in degrees C at t = 1 minute.





 
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