ONLINE FLUID MECHANICS, Professor D. Naylor
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Midterm and Final Exam Review  Questions 
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More solved problems! Over time, I plan to add more solutions to past midterm and final exam questions for your review. ​


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Chapter 1 Solved Problem: Calculating Viscous Shear Stress (7:37)
A solved midterm exam problem involving calculating the viscous shear stress in a layer of oil using Newton's Law of Viscosity.
YouTube Video

Viscous Shear Stress Example (pdf)
File Size: 3739 kb
File Type: pdf
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Hydrostatic Forces on Plate Gate (pdf)
File Size: 1471 kb
File Type: pdf
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Chapter 2 Solved Problem: Hydrostatic Forces on a Plane Inclined Gate (7:08)
A solved problem involving the calculation of hydrostatic forces.
YouTube Video

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​Chapter 2 Solved Problem: Hydrostatic Forces on a Curved Gate (16:00)
A solved exam problem involving the calculation of the hydrostatic forced on a curved gate. 
YouTube Video​

Hydrostatic Forces on a Curved Gate (pdf)
File Size: 1292 kb
File Type: pdf
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Curved Surface Handout 2025 (pdf)
File Size: 83 kb
File Type: pdf
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Chapter 2 Solved Problem: Manometer Pressure analysis (6:15)
The problem involves calculating a pressure difference using fluid levels in a manometer. The pressure difference in the air-filled section is neglected because the density of gases is three orders of magnitude less than liquids.
YouTube Video

Midterm Review Manometer (pdf)
File Size: 20978 kb
File Type: pdf
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Chapter 2 Solved Problem: Correcting for Buoyancy when Weighing Low Density Materials (5:51)
A short problem that demonstrates how to correct for buoyancy effects when weighing light materials with a scale. This was a Chapter 2 quiz problem.
YouTube Video
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Buoyancy Problem Weighing Light Objects (pdf)
File Size: 725 kb
File Type: pdf
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Chapter 3 Solved Problem: General Energy Equation (13:24)
A General energy equation example involving pumped storage from a previous final exam. 
YouTube Video

General Energy Equation Solution (pdf)
File Size: 1117 kb
File Type: pdf
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Chapter 3 Solved Problem: Conservation of Linear Momentum (9:38)
This video discusses calculating the forces produced oil flowing through a 90 degree elbow using the conservation of linear momentum for a control volume. 
YouTube Video

Chapter 3 Solve Problem Conservation of Linear Momentum (pdf)
File Size: 1157 kb
File Type: pdf
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Chapter 3 Solved Problem: Conservation of Linear Momentum
(24:42)

This an exam question from 2015. This video describes the procedure for calculating the forces in a nozzle using the conservation of linear momentum for a control volume.  
YouTube Video

Chapter 2 Solved Nozzle Problem Linear Momentum (pdf)
File Size: 1015 kb
File Type: pdf
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​Chapter 4 Solved Problem: Navier-Stokes Equations  (14:54)
Solution to a steady incompressible viscous fluid flow problem. This problem involves the solution of the Navier-Stokes equation.
YouTube Video​

Navier-Stokes Final Exam Question (pdf)
File Size: 512 kb
File Type: pdf
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