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Krishna Verma

This course is about complete description of hydrostatic forces on surface. This course consist each terms related to hydrostatic pressure on surface like total pressure, centre of pressure for different surfaces like vertical, horizontal, inclined.

Crack GATE Mechanical Engineering for 2019 to get into PSUs, Government Jobs & M.Tech. at IITs. Get great courses along with previous year question papers, answer keys & syllabus by great educators.

Gate (Mechanical)

GATE (Graduate Aptitude Test In Engineering) Preparation - Mechanical Engineering

Hindi

(Hindi) Hydrostatic Forces on Surface for GATE

Fundamental Concepts

Fluid Mechanics

Mechanical Engineering

GATE & ESE - ME & CH

GATE, ESE and IIT-JAM

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Test Preparation

Fluid Mechanics 

GATE (Mechanical) : Complete description of hydrostatic forces on surface. This lesson is related to basic Introduction of hydrostatic forces, different topics of course and weightage of course in GATE and other technical competitive exams.

GATE (Mechanical) : Concept of Hydrostatic Forces on Surface (in Hindi)

GATE (Mechanical): Introduction of total pressure and centre of pressure. Thus lesson is related to basic Introduction of hydrostatic force, concept of total pressure, centre of pressure and derivation of total pressure for vertical surface which is immersed in fluid.

GATE (Mechanical) : Introduction of Total Pressure and Centre of Pressure (in Hindi)

GATE (Mechanical) : Concept of centre of pressure. Thus lesson is related to centre of pressure and formula of centre of pressure for a vertical surface which is completely immersed in fluid which is in static condition.

GATE (Mechanical) : Concepts of Centre of Pressure for Vertical Surface (in Hindi)

GATE (Mechanical) : Numerical of hydrostatic forces on surface. This numerical is related to concepts of centre of pressure and total pressure for a vertical surface which is completely immersed in water.

GATE (Mechanical) : Numerical 1 - Hydrostatic Pressure on Surface (in Hindi)

GATE (Mechanical) : Numerical of Hydrostatic forces on surface. This numerical is related to total pressure and position of centre of pressure for a gate valve which  is completely immersed in oil inside the pipe.

GATE (Mechanical) : Numerical 2 - Hydrostatic Forces on Surface (in Hindi)

GATE (Mechanical) : Numerical of hydrostatic forces on vertical surface. This numerical is related to concepts of total pressure and centre of pressure for a triangular surface immersed vertically in oil and a circular disc immersed in water inside a tank.

GATE (Mechanical) : Numerical 3 - Hydrostatic Forces on Vertical Surface (in Hindi)

GATE (Mechanical) : Numerical of hydrostatic forces on vertical surface like square surface with one diagonal vertical and trapezoidal surface which is completely immersed in liquid and we will determine the total pressure and centre of pressure.

GATE (Mechanical) : Numerical 4 - Hydrostatic Forces on Surface (in Hindi)

GATE (Mechanical) : Hydrostatic forces on horizontal surface which is completely immersed in liquid. This lesson consist concepts of centre of pressure and total pressure on horizontal surface.

GATE (Mechanical) : Hydrostatic Forces on Horizontal Plane Surface (in Hindi)

GATE(Mechanical) : Concept of hydrostatic forces on inclined surface which is completely immersed in liquid like centre of pressure and total pressure.

GATE (Mechanical) : Hydrostatic Forces on Inclined Surface (in Hindi)

GATE (Mechanical) : Numerical of Hydrostatic forces on inclined surface which is completely immersed in liquid and we will determine the total pressure and centre of pressure for inclined surface.

GATE (Mechanical) : Numerical 5 - Hydrostatic Forces on Inclined Surface (in Hindi)

GATE (Mechanical) : Numerical of Hydrostatic forces on inclined surface which is completely immersed in liquid. We will find out the total pressure and centre of pressure on hollow circular plate which is positioned inclined to free surface of liquid.

GATE (Mechanical) : Numerical 6 - Hydrostatic Forces on Inclined Surface (in Hindi)

GATE (Mechanical) : Numerical of Hydrostatic forces on inclined surface. This numerical is related to an inclined rectangular gate which is immersed in liquid and we will apply concepts of total pressure and centre of pressure to find out unknown values.

GATE (Mechanical) : Numerical 7 - Hydrostatic Forces on Inclined Surface

GATE (Mechanical) : Hydrostatic forces on curved surface. This lesson is related to concepts of hydrostatic forces on curved surface which is completely immersed in liquid like total pressure force etc.

GATE (Mechanical) : Hydrostatic Forces on Curved Surface (in Hindi)

GATE ( Mechanical) : Numerical of Hydrostatic forces on curved surface. This numerical is related to concepts of hydrostatic forces on curved surface which is completely immersed in liquid.

GATE ( Mechanical) : Numerical 8 - Hydrostatic Forces on Surface

GATE (Mechanical) : Numerical of Hydrostatic forces on surface.  This numerical us related to hydrostatic forces on curved surface which is immersed in to liquid like vertical and horizontal components and resultant force.

GATE (Mechanical) : Numerical 9 - Hydrostatic Forces on Curved Surface (in Hindi)

Educator at Unacademy Since Aug 2017▪️
7+ Years of Teaching Experience▪️
Most followed Educator in Chemical Engineering▪️

Devendra Poonia

Detailed solution of each and every question of fluid Mechanics with explanation that are asked in previous year of GATE.

(Hindi) Fluid Mechanics: Detailed Solution of Previous Year Question Papers (1990-2018)

BE in M.E  ,Mtech in product design and development ,  qualify gate ,appeared in BARC ,ISRO ,NPCIL interview many times. 

Rohit Sirohi

This course discusses Pressure, how Pressure increase or decrease with the height of static fluid and how to measure the pressure by using different methods.

(Hindi) Manometry- Measurement of Pressure

Aayush Jain

Detailed discussion on introduction to fluid Mechanics. The course is available in both English and Hindi.

Fluid Mechanics - Part 1 : Properties of Fluids : GATE (Mechanical)

Shubham Rajput

In this course Shubham will discuss daily 5 question from the  fluid mechanics. Hence, this course would help aspirants in learning and practicing all types of questions related to GATE

Lessons

15 lessons • 3h 24m