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CE 3305 Engineering Fluid Mechanics
Spring 2023 Exercise Set 1
LAST NAME, FIRST NAME
R00000000
Purpose :¶
Apply definition of density. Apply the ideal gas law under isothermal conditions. Use compressibility to relate pressure change to volume change.
Assessment Criteria :¶
Completion, results plausible, format correct, calculations (Jupyter Notebook) are shown.
Problem 1 (Problem 1-5 p. 32):¶
The tank contains a liquid with density of 1.22 $\frac{slug}{ft^3}$.
Determine:
- Weight (in pounds) of liquid when it is at level shown.
Use may wish to use a Jupyter Notebook to create a script to handle the computations and show the results of the script. Upload your completed Notebook as a PDF to Blackboard. You can print the notebook to a PDF file, and upload that; if that method fails export the notebook as
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sketch here
list known quantities
list unknown quantities
governing principles
solution (step-by-step)
# code cell(s) here
discussion
Problem 2 (Problem 1-7 pg. 32):¶
The tank has a volume of 0.35$m^3$ and contains 40 kg of nitrogen at a temperature of 40$^oC$.
Determine:
- Absolute pressure (in kPa) in the tank.
sketch here
list known quantities
list unknown quantities
governing principles
solution (step-by-step)
# code cell(s) here
discussion
Problem 3 (Problem 1-18 pg. 33):¶
A solid has a specific weight of 310 lb/ft$^3$. When a pressure of 650 psi is applied the specific weight increases to 312 lb/ft$^3$.
Determine:
- Bulk modulus (of elasticity)
sketch here
list known quantities
list unknown quantities
governing principles
solution (step-by-step)
# code cell(s) here
discussion
