IIT JEE Study Guide H C Verma JEE Physics Ch. 13 FLUID MECHANICS

JEE Syllabus

Pressure in a fluid; Pascal’s law; Buoyancy; Surface energy and surface tension, capillary rise; Viscosity (Poiseuille’s equation excluded), Stoke’s law; Terminal velocity, Streamline flow, equation of continuity, Bernoulli’s theorem and its applications.

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Sections in Chapter

1. Fluids
2. Pressure in a fluid
3. Pascal's law
4. Atmospheric pressure
5. Archimedes' Principle
6. Pressure difference and buoyant force in accelerating fluids
7. Flow of fluids
8. Steady and turbulent flow
9. Irrotational flow of an incompressible and nonviscous fluid
10. Equation of continuity
11. Bernoulli's equation
12 Application of Bernoulli's equation
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Study Plan

Day 1

1. Fluids
2. Pressure in a fluid
3. Pascal's law

Day 2
4. Atmospheric pressure
5. Archimedes' Principle
Ex. 13.2
6. Pressure difference and buoyant force in accelerating fluids

Day 3
7. Flow of fluids
8. Steady and turbulent flow
9. Irrotational flow of an incompressible and nonviscous fluid
Worked Out Examples: 1,2

Day 4
10. Equation of continuity
WOE 3 to 8

Day 5
11. Bernoulli's equation
WOE 9,10

Day 6
12 Application of Bernoulli's equation
WOE 11
Exercises 1 to 5

Day 7
Exercises 6 to 15

Day 8
Exercises 16 to 25

Day 9
Exercises 26 to 35

Day 10
Objective I and II

Revision Period 30 minutes per day

Day 11
Short answer questions 1 to 8


Day 12
Short Answer Questions 9 to 16


Day 13
Concept review


Day 14
Formula review


Day 15 to 20 Revision or problems test paper books


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Links for
Audiovisual lectures

Lesson 21: Hydrostatic Pressure
www.curriki.org/nroc/Introductory_Physics_1/lesson21/Container.html

Lesson 22: Buoyancy
www.curriki.org/nroc/Introductory_Physics_1/lesson227/Container.html

Lesson 23: Fluid Flow Continuity
www.curriki.org/nroc/Introductory_Physics_1/lesson23/Container.html

Lesson 24: Bernoulli's Equation
www.curriki.org/nroc/Introductory_Physics_1/lesson24/Container.html