Recreate the thermal system that was demonstrated in the laboratory session. This system includes a Thermal...

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Recreate the thermal system that was demonstrated in the laboratory session. This system includes a Thermal Mass, Convective and Conductive Heat Transfer, Temperature Sensor, Temperature Source, and Controlled Heat Flow Rate Source blocks. Please use the related Simulink file provided on Ninova. When constructing your system, use the provided blocks without altering their parameters. Also, ensure that your simulations run for a sufficient amount of time to gather meaningful data. a. Task 1: • Construct the system using the Temperature Source block. Do not include any Controlled Heat Flow Rate Source blocks. Ensure other essential components like the Thermal Mass, Heat Transfer mechanisms, and Temperature Sensor are part of your setup. • Plot the temperature signal obtained from the simulation. • Analyze and comment on the results observed. Explain what is happening. b. Task 2: • This time, use both the Temperature Source block and one Controlled Heat Flow Rate Source block, functioning as a heater. Exclude the second Controlled Heat Flow Rate Source block from your setup. • • Plot the temperature signal obtained from this configuration. Analyze and comment on the results observed. Explain what is happening. c. Task 3: • Set up the system using the Temperature Source block along with both Controlled Heat Flow Rate Source blocks, utilizing one as a heater and the other as a cooler. Plot the temperature signal resulting from this setup. • Analyze and comment on the results observed. Explain what is happening. . Recreate the thermal system that was demonstrated in the laboratory session. This system includes a Thermal Mass, Convective and Conductive Heat Transfer, Temperature Sensor, Temperature Source, and Controlled Heat Flow Rate Source blocks. Please use the related Simulink file provided on Ninova. When constructing your system, use the provided blocks without altering their parameters. Also, ensure that your simulations run for a sufficient amount of time to gather meaningful data. a. Task 1: • Construct the system using the Temperature Source block. Do not include any Controlled Heat Flow Rate Source blocks. Ensure other essential components like the Thermal Mass, Heat Transfer mechanisms, and Temperature Sensor are part of your setup. • Plot the temperature signal obtained from the simulation. • Analyze and comment on the results observed. Explain what is happening. b. Task 2: • This time, use both the Temperature Source block and one Controlled Heat Flow Rate Source block, functioning as a heater. Exclude the second Controlled Heat Flow Rate Source block from your setup. • • Plot the temperature signal obtained from this configuration. Analyze and comment on the results observed. Explain what is happening. c. Task 3: • Set up the system using the Temperature Source block along with both Controlled Heat Flow Rate Source blocks, utilizing one as a heater and the other as a cooler. Plot the temperature signal resulting from this setup. • Analyze and comment on the results observed. Explain what is happening. .

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