Question

Question 1: A thermocouple is used for online monitoring of a nuclear reactor. The systems can be described as follows; \\ $\frac{dT}{dt} = 0.115 + \frac{12}{5}tan(3t + 1)$ \\ Find out the output Temperature profile (i.e. Temperature of the nuclear reactor) for $0 < t > 17$ minutes when initial condition is T (0) =0.3 °C.\\ + Display the T value at t=17 in the Simulink model\\ + Plot the graph of T variation with time.

          Question 1: A thermocouple is used for online monitoring of a nuclear reactor. The systems can be described as follows; \\
$\frac{dT}{dt} = 0.115 + \frac{12}{5}tan(3t + 1)$ \\
Find out the output Temperature profile (i.e. Temperature of the nuclear reactor) for $0 < t > 17$ minutes when initial condition is T (0) =0.3 °C.\\
+ Display the T value at t=17 in the Simulink model\\
+ Plot the graph of T variation with time.

Added by Sara R.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

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Question 1: A thermocouple is used for online monitoring of a nuclear reactor. The system can be described as follows: 12 dT/dt = 0.115 + tan^3(t+1) * 5 Find out the output Temperature profile (i.e. Temperature of the nuclear reactor for 0 < t < 17 minutes when the initial condition is T(0) = 0.3 Â°C. Display the T value at t = 17 in the Simulink model. Plot the graph of T variation with time.