⏱️ Chapters – FE Fluids Review 0:00 – Intro (Topics Covered) 1:32 – Review Format 2:00 – How to Access the Full Fluids Review for Free 2:26 – Problem 1 – Newton’s Law of Viscosity (Fluid Properties Overview) 12:48 – Problem 2 – Manometers (Fluid Statics) 20:01 – Problem 3 – Gate Problem (Fluid Statics) 34:03 – Problem 4 – Archimedes' Principle 41:43 – Problem 5 – Bernoulli Equation and Continuity 54:35 – Problem 6 – Moody Chart & Energy Equation 1:07:12 – Problem 7 – Control Volume (Momentum Equation) 1:18:39 – Problem 8 – Drag Force (External Flow) 1:41:38 – Problem 9 – Converging-Diverging Nozzle (Compressible Flow) 1:52:45 – Problem 10 – Pump Performance & Efficiency (NPSH, Cavitation) 2:12:21 – Problem 11 – Buckingham Pi Theorem (Ocean Waves) 2:21:56 – FE Mechanical Prep Offer (FE Interactive – 2 Months for $ ) 2:23:18 – Outro / Thanks for Watching --- 🎯 Special Launch Offer – FE-Interactive 2 Months for $ 🧪 Access the full set of problems from the Fluids Review using the link below: 📺 Full FE Mechanical Review Playlist: --- 📈 Preparing for the FE Mechanical Exam? Practice interactively using FE Interactive — our affordable platform includes tips, analytics, and calculator strategies tailored to the FE exam. --- 🎯 Special Launch Offer – 2 Months for $ Ready to finally feel prepared? Inside FE Interactive, you’ll get: ✅ 500+ exam-style practice problems ✅ Full-length timed exams that simulate real test pressure ✅ Detailed handwritten + typed solutions with explicit FE Handbook references ✅ Smart analytics to identify weak spots and track progress ✅ TI-36X Pro calculator tips to save time on exam day ✅ Comprehensive video reviews based on the NCEES FE Mechanical spec to help you quickly refresh essential exam topics It’s a system built to help you pass by focusing on review of the application of fundamentals. --- 🧠 FE Exam Prep | FE Fluids Review – 11 Problems with Full Solutions Fluid Mechanics is one of the most heavily tested subjects on the FE Mechanical exam — appearing in everything from hydrostatics to compressible flow and pump performance. Mastering these fundamentals is essential for scoring well, as fluids concepts often connect to energy, momentum, and system design problems across the exam. This review walks through 11 real FE-style problems with references to the FE Reference Handbook. Each one is designed to reinforce a core topic — from Bernoulli’s equation to NPSH — and includes full worked solutions, with timestamps so you can jump straight to the areas you need most. --- ✅ You’ll Learn How To: • Interpret fluid properties: gamma, mu, nu • Solve manometer and hydrostatic pressure problems • Analyze submerged gate forces • Apply Archimedes’ principle to find buoyant forces • Use Bernoulli’s Equation • Read and apply the Moody chart for pipe flow • Analyze control volumes and momentum balance • Compute drag forces using C_D and frontal area • Evaluate CD nozzle behavior in compressible flow • Determine pump efficiency, NPSHA, and cavitation conditions • Perform dimensional analysis with the Buckingham π theorem --- 💬 Have a question or stuck on a topic? Drop a comment — I read every one and often create new problems based on your feedback. --- 🔔 Like, subscribe, and turn on notifications for weekly FE prep content! #FEExam #FEMechanical #FEOtherDisciplines #FluidMechanics #BernoulliEquation #MoodyChart #NPSH #Cavitation #ExternalFlow #ControlVolume #FEExamPrep #PassedTheFE #EngineerInTraining #EngineeringStudent #FEReview #FEFluids