Edo State University

GET 225: Fundamental of fluid mechanics

Practice 195+ past questions for GET 225 (Fundamental of fluid mechanics) at Edo State University. Organized by topic with explanations. Free preview on Testwiz.

195+ questions28 topics200 LevelTheory questionsTopic summaries

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About GET 225 at Edo State University

GET 225 (Fundamental of fluid mechanics) is a 200 Level course at Edo State University. Students preparing for GET 225 exams on Testwiz get 195+ practice questions across 28 topics, including theory questions and topic summaries.

Instead of cramming the night before, students who practice by topic — Conservation Laws in Fluid Mechanics, Continuity Equation Principle, Bernoulli Equation Derivation, and more — build real familiarity with how Edo State University tests GET 225, catch weak spots early with Testwiz's analytics, and walk into the exam with actual reps under their belt.

Topics covered

Conservation Laws in Fluid MechanicsContinuity Equation PrincipleBernoulli Equation DerivationLimitations of Bernoulli EquationStatic, Stagnation, Dynamic PressurePitot-Static Tube DesignPressure Variation in Static FluidFree Jets Flow Rate MeasurementHydrostatic Pressure and HeadTotal Pressure on Submerged SurfacesCenter of Pressure CalculationViscous vs Inviscid Flow Regions+16 more

Sample questions

1. Which of the following BEST describes the principle of conservation of mass as applied to a steady flow control volume?

a.The sum of mass entering and leaving the control volume per unit time is zero.

b.The mass within the control volume increases at a rate equal to the net inflow.

c.The rate of change of mass within the control volume is equal to the net outflow.

d.The mass entering the control volume per unit time equals the mass leaving per unit time.

2. The continuity equation for steady, incompressible flow through a streamtube is expressed as:

a.ρ1V1 = ρ2V2

b.ρ1A1V1 = ρ2A2V2

c.V1/A1 = V2/A2

d.A1V1 = A2V2

3. Which of the following is NOT a necessary assumption for the derivation of the standard Bernoulli equation?

a.The flow is compressible.

b.The flow is steady.

c.The flow is along a streamline.

d.The flow is inviscid.

4. A major limitation of the Bernoulli equation is that it is strictly applicable only to:

a.Flow sections that involve significant heat transfer.

b.Regions of flow where viscous forces are dominant.

c.Flow fields where shaft work, such as from a pump, is present.

d.Regions of flow where net frictional forces are negligible.

5. In the context of the Bernoulli equation, the term (ρV²/2) represents the:

a.Static pressure.

b.Hydrostatic pressure.

c.Dynamic pressure.

d.Stagnation pressure.

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How many GET 225 past questions are on Testwiz?

Testwiz has 195+ GET 225 practice questions for Edo State University, organized across 28 topics, including theory questions. Sign up free to start practicing.

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What topics does GET 225 cover on Testwiz?

GET 225 on Testwiz covers Conservation Laws in Fluid Mechanics, Continuity Equation Principle, Bernoulli Equation Derivation, and more. Practice on Testwiz to see the full topic breakdown and sample questions.