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Critical Velocity, Reynold's Number
Lesson 27 of 38 • 1 upvotes • 10:45mins
Susmita Mahapatra
Critical velocity, definition, derivation, Reynold's number and it's significance
Mechanical Properties of Fluids
38 lessons • 6h 17m
1
Thrust and Pressure
11:42mins
2
Pressure at Certain Depth, Effect of Gravity on Fluid Pressure
9:48mins
3
Solved Examples
7:02mins
4
Pascal's Law
10:06mins
5
Application of Pascal's Law
12:03mins
6
Upward pressure of liquid
7:52mins
7
Archimedes' Principle
8:37mins
8
Buoyancy
12:38mins
9
Definitions regarding Surface Tension
10:11mins
10
Surface Tension
11:52mins
11
Molecular Theory of Surface Tension
13:59mins
12
Surface Energy
6:58mins
13
Drop , Bubble, Angle of Contact, Questions
13:31mins
14
Shape of meniscus
10:09mins
15
Capillarity
7:57mins
16
Rise of Liquid in a Capillary Tube
13:38mins
17
Tube of insufficient length
11:42mins
18
Factors affecting Surface Tension
11:44mins
19
Pressure Difference along various liquid surface
7:46mins
20
Excess Pressure in case of Drop and Soap bubble
12:28mins
21
Motion of liquid, Ideal Fluid
6:39mins
22
Flow of liquid
12:29mins
23
Turbulent Flow
6:50mins
24
Viscosity
9:22mins
25
Newton's law of Voscy
8:16mins
26
Terms related to Viscosity
10:37mins
27
Critical Velocity, Reynold's Number
10:45mins
28
Stoke's Law
6:22mins
29
Terminal Velocity
9:16mins
30
Factors, Applications related to Viscosity
8:39mins
31
Viscosity vs Friction
7:12mins
32
Equation of Continuity
8:10mins
33
Total Energy of Liquid
8:39mins
34
Bernoulli's Equation
7:04mins
35
Derivation of Bernoulli's Equation
11:31mins
36
Applications related to Bernoulli's equation
15:00mins
37
Venturimeter
7:52mins
38
Torricelli's Theorm, Velocity of Efflux
10:52mins
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