Let’s build a comprehensive MCQ Test: Test Your Knowledge in Fluid Mechanics to challenge and engage learners! The test can cover fundamental principles, real-world applications, and theoretical aspects. Here's how we can structure it:
Test Structure
Total Questions: 20–30 multiple-choice questions
Difficulty Levels: Basic, Intermediate, and Advanced
Question Format: Conceptual, Numerical, and Application-based
Sample Sections & Questions
1. Basic Concepts of Fluid Mechanics
Q1: What is the definition of viscosity?
Resistance to flow
Rate of mass transfer
Fluid density
Pressure gradient
Q2: Bernoulli’s principle is based on the conservation of:
Mass
Energy
Momentum
Pressure
2. Fluid Statics & Dynamics
Q3: The hydrostatic pressure in a fluid depends on:
Fluid velocity
Depth and density of the fluid
Pipe diameter
Atmospheric temperature
Q4: The continuity equation expresses the conservation of:
Energy
Mass
Momentum
Angular velocity
3. Flow Classification & Reynolds Number
Q5: If the Reynolds number of a flow is less than 2000, the flow is:
Turbulent
Laminar
Transitional
Supersonic
4. Applications in Engineering & Environment
Q6: Which of the following best describes cavitation?
Formation of vapor bubbles due to low pressure
Sudden increase in fluid velocity
Increase in viscosity due to heating
Acceleration of flow due to temperature changes
Q7: The velocity profile of a fully developed laminar flow in a pipe is:
Parabolic
Uniform
Linear
Random
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