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Showing posts from October, 2018

Solved Problem based on Reciprocating Pump(2) - M4.30 FMM in Tamil

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Derive an Expression for Pr. Head due to Acceleration - M4.23 Fluid Mech...

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Compare Centrifugal and Reciprocating pump - M4.28 Fluid mechanics in Tamil

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Derive an expression for Pressure Head due to acceleration in pipes - M4...

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Give the Expression for Discharge and workdone in a reciprocating pump -...

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Give the Expression for Discharge and workdone in a reciprocating pump -...

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Define: Slip,Percentage Slip and Negative Slip - M4.21 Fluid mechanics i...

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Describe Double Acting Reciprocating Pump - M4.20 Fluid mechanics in Tamil

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Describe the working of a Single acting Reciprocating pump - M4.19 FMM i...

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Define the term: Reciprocating Pump. Classify them.

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Solved Problem based on Centrifugal Pump (4) - M4.17 Fluid Mechanics in ...

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Solved Problem based on Centrifugal Pump (2) - M4.15 Fluid Mechanics in ...

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Solved Problem based on Centrifugal Pump (1) - M4.14 Fluid Mechanics in ...

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Define and Explain NPSH in Centrifugal Pump - M4.13 Fluid mechanics in T...

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Describe Maximum Suction Head in Centrifugal Pump - M12 FMM in Tamil

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Define and Explain Priming - M4.10 Fluid Mechanics in Tamil.

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Briefly Explain Cavitation in Pumps -M4.11 Fluid Mechanics in Tamil

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Define Specific Speed. And classify pumps according to Specific Speed - ...

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Explain the various Performance Curves of Centrifugal Curves - M4.09 FMM...

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Give Definition of Various Efficiencies related with Centrifugal Pumps ...

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Give Definition of Important Heads related with Centrifugal Pumps - M4....

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Describe the main parts of a centrifugal pump - M4.04 Fluid Mechanics in...

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Explain the working Principle of Centrifugal Pump - M4.03 Fluid Mechanic...

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Define Rotodynamic Pumps and list their types - M4.02 Fluid Mechanics A...

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Define Pump and list its types - M4.01 Fluid Mechanics in Tamil

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Solved Problem based on Model Analysis(3) - M3.24 Fluid Mechanics in Tamil

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Solved Problem based on Model Analysis(2) - M3.23 Fluid Mechanics in Tamil

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Solved Problem based on Model Analysis(1) - M3.22 Fluid Mechanics in Tamil

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Solved Problem based on Buckingham Pi Theorem - M3.13 Fluid Mechanics in...

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Derive the Scale Ratio for Pressure intensity and velocity - M3.21 FMM i...

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Derive the Scale Ratio for Pressure intensity and velocity - M3.21 FMM i...

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What are the laws on which Models are designed - M3.18 Fluid Mechanics i...

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Explain the Power Transmission through pipes - M2.28 Fluid Mechanics in ...

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Solved Problem based on Equivalent pipe - M2.26 Fluid Mechanics in Tamil

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Solved Problem based on Compound Pipe - M2.25 Fluid Mechanics in Tamil

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Step by step Procedure to Construct EGL & HGL - M2.21B Fluid Mechanics i...

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Solved Problem based on EGL & HGL - M2.21A Fluid Mechanics in Tamil

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Define Similitude and explain the types of similarities - M3.17 FMM in T...

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State the advantages of Dimensional and Model Analysis - M3.16 FMM in Tamil

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Define the terms Model, Prototype and Model Analysis - M3.15 FMM in Tamil

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Discuss the methods of Dimensional Analysis - M3.10 Fluid Mechanics in T...

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Define and explain Mach number - M3.09 Fluid Mechanics in Tamil

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Derive and Explain Euler Number - M3.08 Fluid Mechanics in Tamil

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Derive and Explain Reynolds Number - M3.07 Fluid Mechanics in Tamil

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Define Dimensional Homogeneity - M3.05 Fluid Mechanics in Tamil.

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List some important derived units - M3.04 Fluid Mechanics in Tamil

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What are Fundamental & Derived Units - M3.03 Fluid Mechanics in Tamil

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Give the uses of Dimensional Analysis - M3.02 Fluid Mechanics in Tamil

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Define Dimensional Analysis and brief on the importance - M3.01 Fluid Me...

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Explain Flow through Parallel pipes - M2.24 Fluid Mechanics in Tamil

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What is Equivalent Pipe - M2.23 Fluid Mechanics in Tamil

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Explain flow through Compound(Series) Pipes - 2.22 Fluid Mechanics in Ta...

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What are HGL and EGL - M2.20 Fluid Mechanics in Tamil

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Solved Problem based on Turbulent Flow (4) - M2.19 Fluid Mechanics in Tami

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Solved Problem based on Turbulent Flow (3) - M2.18 Fluid Mechanics in Tamil

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Solved Problem based on Turbulent Flow (2) - M2.17 Fluid Mechanics in Tamil

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Solved Problem based on Turbulent Flow (1) - M2.16 Fluid Mechanics in Tamil

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Describe Moody Diagram - M2.15 Fluid Mechanics and Machinery in Tamil

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Relationship between the dimensions of flywheel - M1.32 DOM in Tamil.

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Expression for maximum fluctuation of energy in a Flywheel - M1.31 DOM i...

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Explain shear stress in Turbulent flow - M2.14 - Fluid Mechanics in Tamil

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What is a Flywhell? And what are its functions? - M1.28 - DOM in Tamil

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Describe Turbulent Flow and list the energy losses in pipe flow- M2.11 F...

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List the uses of Turning Momyent Diagram - M1.27 Dynamics of machines in...

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Explain the Turning Moment Diagram of a Multi Cylinder Engine - M1.26 DO...

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Explain Turning Moment Diagram for single cylinder 4 stroke engine - M1....

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Explain Turning Moment Diagram for single cylinder 4 stroke engine - M1....

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Explain Turning Moment Diagram of a Steam Engine - M1.24 DOM in Tamil

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What are Turning Moment Diagram - M1.23 - Dynamics of machines in Tamil

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