- Select a process, model or phenomena in chemical engineering (heat transfer, mass transfer, fluid flow, etc.)
- Use modeling principles to create a model (partial differential equation) for the system of behavior
- Define the problem and explain what it means
- Solve the problem analytically if possible and then solve it numerically
- Explain what the results mean and interpret the results.
- Attached the Matlab code with a detailed explanation of how did you solve this problem.

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Determine the temperature distribution of the field inside a greenhouse which is heated by the sun for some period of time. Let us assume that air inside kept its temperature constant.
The distribution of temperature of the field must be calculated for a maximum depth of 2.0 m, and the thermal diffusivity α = 0.003 m2/s. The sun shining for half an hour (Δt = 1800 s) during which the temperature on the surface of the field...

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