Urinalysis Hands on Lab Assignment Introduction: The million nephrons in each of your kidneys form urine and which allows the body to get rid of metabolic wastes from blood….
Derive the differential equation relating the chicken’s temperature T(t) and the room temperature.
A chicken is taken out of the oven at a uniform temperature of 150°C and is left out in the open air at the room temperature of 25°C. Assume that the chicken can be approximated as a lumped model. The estimated parameters are mass m = 1.75 kg, heat transfer surface area
A = 0.3 m2, specific heat capacity c = 3220 J/(kg・°C), and heat transfer coefficient
h = 15 W/(m2・°C).
a. Derive the differential equation relating the chicken’s temperature T(t) and the room temperature.
b. Using the differential equation obtained in Part (a), construct a Simulink block diagram and find the temperature of the chicken.
c. Build a Simscape model of the system, and find the temperature output of the chicken.
d. Assume that the chicken can be served only if its temperature is higher than 80°C. Based on the simulation results obtained in Parts (b) and (c), can the chicken be left at the room temperature of 25°C for 1 hour?