Your second customer wants to determine the dissipated electrical power by a personal computer, which has a fan that draws 5 L/s of air at 101.325 kPa and 21°C through the box containing the CPU and other components. After that air leaves at 101.325 kPa and 30 °C. Figure 2: Schematic for task 2. You must follow the following parts to do your task: Part 1 Derive the steady flow energy equation (SFEE) from the first principles. You are required to show all the steps in deriving the SFEE and using both the principles of mass and energy conversation. Part 2 Produce specific steady state energy equation (SFEE) by stating all the stated assumption in this equipment in order to be used in later stages without further analysis. Then calculate the pump power. Part 3 Apply the short form to determine the dissipated electrical power by the personal computer
Your second customer wants to determine the dissipated electrical power by a personal
computer, which has a fan that draws 5 L/s of air at 101.325 kPa and 21°C through the
box containing the CPU and other components. After that air leaves at 101.325 kPa
and 30 °C.
Figure 2: Schematic for task 2.
You must follow the following parts to do your task:
Part 1
Derive the steady flow energy equation (SFEE) from the first principles. You are
required to show all the steps in deriving the SFEE and using both the principles of mass
and energy conversation.
Part 2
Produce specific steady state energy equation (SFEE) by stating all the stated
assumption in this equipment in order to be used in later stages without further analysis.
Then calculate the pump power.
Part 3
Apply the short form to determine the dissipated electrical power by the personal
computer
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