# Mechanics of Fluids MCQs Quiz Online PDF Download

Mechanics of fluids MCQs, learn GCE A level physics online test prep for distance education, online courses. Practice mechanics and properties of matter multiple choice questions (MCQs), mechanics of fluids quiz questions and answers. SAT prep on simple harmonic motion gravitation, rigid body rotation, dynamics, elasticity tutorials for online what is physics courses distance learning.

Study bachelors and masters in physics degree MCQs, bernoulli's principle states that, for streamline motion of an incompressible non-viscous fluid:, for free online courses with choices the pressure at any part + the kinetic energy per unit volume = constant, the kinetic energy per unit volume + the potential energy per unit volume = constant, the pressure at any part + the potential energy per unit volume = constant, the pressure at any part + the kinetic energy per unit volume + the potential energy per unit volume = constant for online knowledge tests, online eLearning, undergraduate and masters degree competitive exams. Free skills assessment test is for online learning mechanics of fluids quiz questions with MCQs, exam preparation questions and answers.

## MCQs on Mechanics of FluidsQuiz PDF Download

MCQ: Bernoulli's principle states that, for streamline motion of an incompressible non-viscous fluid:

- the pressure at any part + the kinetic energy per unit volume = constant
- the kinetic energy per unit volume + the potential energy per unit volume = constant
- the pressure at any part + the potential energy per unit volume = constant
- the pressure at any part + the kinetic energy per unit volume + the potential energy per unit volume = constant

D

MCQ: Density of air is

- 1⁄8 of water
- 1⁄7 of water
- 1⁄45 of water
- 1⁄800 of water

D

MCQ: 1 torr is equal to

- 1 N⁄m²
- 1 mm Hg
- 1 bar
- All of the above

B

MCQ: "Upthrust = Weight of liquid displaced" is known as

- Bernoulli's Principle
- Archimedes' Principle
- Pascal's Law
- Coulomb's law

B

MCQ: Bernoulli's principle shows that, at points in a moving fluid where potential energy change is very small

- the pressure is low where the velocity is low and similarly, the pressure is high where the velocity is high
- the pressure is low where the velocity is high and conversely, the pressure is high where the velocity is low
- pressure becomes independent of the velocity of the moving fluid
- pressure remain independent of the speed of the stationary fluid

B