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(Numerical) Pressure at Junction of Two Liquids
Lesson 16 of 22 • 9 upvotes • 6:02mins
Ayush P Gupta
This video explains a numerical based on the pressure in two liquids.
Fluid Mechanics for IIT JEE
22 lessons • 3h 3m
1
Pressure Inside Fluids
4:09mins
2
Variation of Pressure with Depth inside Liquid
5:32mins
3
Pressure Variation under Acceleration of Fluid
6:28mins
4
Archimedes Principle and Law of Floatation
8:15mins
5
Pressure Variation inside Tube, Pascal's Law
7:31mins
6
Continuity Equation
5:17mins
7
Bernoulli's Theorem : Expression and Proof
10:40mins
8
Bernoulli's Theorem : Venturimeter, Lifting of plane
9:44mins
9
Bernoulli's Theorem : Torricelli's Equation
10:15mins
10
Bernoulli's Theorem : Time taken to empty a tank
7:19mins
11
Viscosity of fluids, Stokes Law and terminal velocity expression
8:03mins
12
Surface Tension and Surface Energy
9:42mins
13
Excess pressure inside a liquid drop and soap bubble
10:57mins
14
Angle of contact, Capillary action
10:48mins
15
(Theory) Pressure at Junction of Two Liquids
10:46mins
16
(Numerical) Pressure at Junction of Two Liquids
6:02mins
17
Quality Numerical 001 : Pressure Variation Inside a Circular Tube
9:12mins
18
Quality Numerical 002 : Buoyancy and SHM
11:47mins
19
Quality Numerical 003 : Pressure Variation in Accelerated Fluid
8:04mins
20
Quality Numerical 004 : Pressure Variation in Rotation
7:29mins
21
Quality Numerical 005 : Bernoulli's Theorem
8:50mins
22
Quality Numerical 006 : Excess Pressure Inside Bubble
6:06mins
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