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GATE (Mechanical) : Numerical 5 - Experimental Method of Meta-centric Height (in Hindi)
Lesson 9 of 11 • 4 upvotes • 12:25mins
Krishna Verma
GATE (Mechanical): Numerical of experimental method to determine meta centric height. This Numerical is related to position of centre of gravity for an object which is in floating condition and another small object is placed on it. During angular displacement small object displacement is also considered for meta centric height.
(Hindi) GATE (Mechanical): Basic Concepts of Buoyancy and Floatation
11 lessons • 2h 23m
1
GATE (Mechanical) : Basic Concepts of Buoyancy and Floatation (in Hindi)
14:48mins
2
GATE (Mechanical) : Introduction of Buoyancy and Floatation (in Hindi)
13:51mins
3
GATE ( Mechanical) : Numerical - Buoyancy and Centre of Buoyancy (in Hindi)
12:08mins
4
GATE (Mechanical) : Concepts of Meta-centre and Meta-centric Height (in Hindi)
12:50mins
5
GATE ( Mechanical) : Numerical - Meta-centre and Meta-centric Height (in Hindi)
14:06mins
6
GATE (Mechanical) : Conditions of Equilibrium of Submerged and Floating Bodies (in Hindi)
14:04mins
7
GATE (Mechanical) : Numerical - Conditions of Equilibrium for Submerged & Floating Bodies (in Hindi)
12:29mins
8
GATE (Mechanical) : Numerical 4 - Conditions of Equilibrium for Floating & Submerged Body (in Hindi)
12:00mins
9
GATE (Mechanical) : Numerical 5 - Experimental Method of Meta-centric Height (in Hindi)
12:25mins
10
GATE (Mechanical) : Oscillation of Floating Bodies (in Hindi)
12:03mins
11
GATE (Mechanical) : Concepts of Buoyancy and Floatation in 10 minutes (in Hindi)
12:58mins
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