Канал: Muhammad Mohsin Shabbir

General knowledge

General knowledge

Lecture 29 l Ideal Diesel Cycle l Ideal Diesel Cycle vs Ideal Otto Cycle l Stirling Cycle l ICE

Lecture 29 l Ideal Diesel Cycle l Ideal Diesel Cycle vs Ideal Otto Cycle l Stirling Cycle l ICE

Lecture 28 l Gas Power CycleslAir Standard Cycles l Engine TerminologieslTwo and Four Strokes Engine

Lecture 28 l Gas Power CycleslAir Standard Cycles l Engine TerminologieslTwo and Four Strokes Engine

Lecture 27 l Specific Steam Consumption l Heat Rate l Regeneration Rankine Cycle l Efficiency l

Lecture 27 l Specific Steam Consumption l Heat Rate l Regeneration Rankine Cycle l Efficiency l

Lecture 26 l Rankine Power Cycle Efficiency l Ideal & Actual l Losses in Actual Rankine Power Cycle

Lecture 26 l Rankine Power Cycle Efficiency l Ideal & Actual l Losses in Actual Rankine Power Cycle

Lecture 25 l Thermodynamics Cycles l Steam Power Plant l Ideal Rankine Cycle

Lecture 25 l Thermodynamics Cycles l Steam Power Plant l Ideal Rankine Cycle

Lecture 24 l Entropy Summary l Abstract

Lecture 24 l Entropy Summary l Abstract

Lecture 23 l Exergy Summary

Lecture 23 l Exergy Summary

Lecture 22 l Exergy of an Open System l Second Law Efficiencies l Relation of Second Law Efficiency

Lecture 22 l Exergy of an Open System l Second Law Efficiencies l Relation of Second Law Efficiency

Lecture 21 l Exergy of a Finite Body l Quality of Energy l Exergy of Closed System l Concept

Lecture 21 l Exergy of a Finite Body l Quality of Energy l Exergy of Closed System l Concept

Lecture 20 l Loss in Available Energy l Increase in Unavailable Energy l Conceptual Question/Answer

Lecture 20 l Loss in Available Energy l Increase in Unavailable Energy l Conceptual Question/Answer

Lecture 19 l Introduction to Exergy l Dead State l Sources l Available energy referred to a cycle

Lecture 19 l Introduction to Exergy l Dead State l Sources l Available energy referred to a cycle

Lecture18l Entropy Generation for Open System l Derivation l Rate Equation l Second Law Efficiencies

Lecture18l Entropy Generation for Open System l Derivation l Rate Equation l Second Law Efficiencies

Lecture 17 l Entropy change for Incompressible Substances l Polytropic Process l Adiabatic Process

Lecture 17 l Entropy change for Incompressible Substances l Polytropic Process l Adiabatic Process

Lecture 16 l Thermodynamics Property Relations l T-s diagram l Entropy change for Ideal Gas lDiagram

Lecture 16 l Thermodynamics Property Relations l T-s diagram l Entropy change for Ideal Gas lDiagram

Lecture 15 l Application of Entropy Principle l Maximum work obtainable from two finite bodies l

Lecture 15 l Application of Entropy Principle l Maximum work obtainable from two finite bodies l

Lecture 14 l Entropy l Entropy Balance l Isentropic Process l Entropy Generation

Lecture 14 l Entropy l Entropy Balance l Isentropic Process l Entropy Generation

Lecture 13 l Carnot Second Principle l Heat Engines l Refrigeration & Heat Pump l Important Topics

Lecture 13 l Carnot Second Principle l Heat Engines l Refrigeration & Heat Pump l Important Topics

Lecture 12 l Reversed Carnot Heat Engine l Carnot Refrigeration Cycle l Carnot Principle l First

Lecture 12 l Reversed Carnot Heat Engine l Carnot Refrigeration Cycle l Carnot Principle l First

Lecture 11 l Kelvin Planck Statement & Clausius Statement l Perpetual Motion Machine of Third Kind l

Lecture 11 l Kelvin Planck Statement & Clausius Statement l Perpetual Motion Machine of Third Kind l

Lecture 10 l Cyclic Heat Engine l Kelvin Planck Statement l COP of Refrigerator l COPHP and COPR

Lecture 10 l Cyclic Heat Engine l Kelvin Planck Statement l COP of Refrigerator l COPHP and COPR

Lecture 9 l Non-Steady Flow Process l The Transient Process l Numerical Problems l Concept

Lecture 9 l Non-Steady Flow Process l The Transient Process l Numerical Problems l Concept

Lecture 8 l Work & Heat transfer for open system l Isobaric l Isochoric l Isothermal l Adiabatic l

Lecture 8 l Work & Heat transfer for open system l Isobaric l Isochoric l Isothermal l Adiabatic l

Lecture 7 I Steady Flow Energy Equation I Throttling Devices I Heat Exchanger I Numerical Problems

Lecture 7 I Steady Flow Energy Equation I Throttling Devices I Heat Exchanger I Numerical Problems

Lecture 6 | Nozzles & Diffusers | Turbines | Compressor | SFEE | Numerical Problems

Lecture 6 | Nozzles & Diffusers | Turbines | Compressor | SFEE | Numerical Problems

Lecture 5| Mass balance for steady flow system | Steady Flow Energy Equation vs Bernoulli’s Equation

Lecture 5| Mass balance for steady flow system | Steady Flow Energy Equation vs Bernoulli’s Equation

Lecture 4 | Properties of pure substance | Property tables and diagrams for phase change process |

Lecture 4 | Properties of pure substance | Property tables and diagrams for phase change process |

Lecture 3 | Forms of energy | Mechanical energy | Heat vs work Ideal gas equation | Polytropic index

Lecture 3 | Forms of energy | Mechanical energy | Heat vs work Ideal gas equation | Polytropic index

Lecture 2 | Energy, Energy Transfer, and General Energy Analysis | Ideal Gas Equation | Processes|

Lecture 2 | Energy, Energy Transfer, and General Energy Analysis | Ideal Gas Equation | Processes|

Lecture 1 | Thermodynamics | Basics Concepts | System & Control Volume | | Processes

Lecture 1 | Thermodynamics | Basics Concepts | System & Control Volume | | Processes

Islamic General Knowledge l Important questions l Islamic

Islamic General Knowledge l Important questions l Islamic

Islamic General Knowledge l Quran Pak Knowledge l

Islamic General Knowledge l Quran Pak Knowledge l

Islamic General Knowledge l Quran Pak Knowledge

Islamic General Knowledge l Quran Pak Knowledge

Islamic Knowledge l Quran Pak l

Islamic Knowledge l Quran Pak l

Lecture 11┃Geometric Dimensions┃Continue┃Examples

Lecture 11┃Geometric Dimensions┃Continue┃Examples

Lecture 10 l Geometric Dimensions l Tolerance l Nomenclature l Examples

Lecture 10 l Geometric Dimensions l Tolerance l Nomenclature l Examples

Lecture 9 l Shaft and Hole l Assembly l Nomenclature l Metric and English System

Lecture 9 l Shaft and Hole l Assembly l Nomenclature l Metric and English System

Lecture 7┃Interchangeability┃Tolerance Representation Types┃Fits┃Types of Fit

Lecture 7┃Interchangeability┃Tolerance Representation Types┃Fits┃Types of Fit

Lecture 6┃Threads and Fasteners┃Types┃Nomenclature┃Standards

Lecture 6┃Threads and Fasteners┃Types┃Nomenclature┃Standards

Lecture 05┃ Dimensioning┃Basic Terminologies┃Use of Basic Terminologies┃Recommended Practices

Lecture 05┃ Dimensioning┃Basic Terminologies┃Use of Basic Terminologies┃Recommended Practices

Lecture4┃Theory of Projections ┃Perspective Projection┃Oblique Projection┃Axonometric Projection

Lecture4┃Theory of Projections ┃Perspective Projection┃Oblique Projection┃Axonometric Projection

Lecture 3│ Theory of Projection │Orthographic Projections│Multi-view Drawing│Glass Box│Systems

Lecture 3│ Theory of Projection │Orthographic Projections│Multi-view Drawing│Glass Box│Systems

Lecture 2┃Lines and Types┃Geometric Constructions┃Usage

Lecture 2┃Lines and Types┃Geometric Constructions┃Usage

Introduction┃Basics┃Engineering Design┃Design Process┃ Graphics in Design Process┃Visulaization

Introduction┃Basics┃Engineering Design┃Design Process┃ Graphics in Design Process┃Visulaization

Lecture 26┃ Reaction Turbine┃Derivation┃Examples┃ Last Topics

Lecture 26┃ Reaction Turbine┃Derivation┃Examples┃ Last Topics

Lecture 25┃Turbines┃Types┃Derivation┃Pelton Wheel Turbine Characteristics┃Last Topic of Course

Lecture 25┃Turbines┃Types┃Derivation┃Pelton Wheel Turbine Characteristics┃Last Topic of Course

Lecture 24 │Net Positive Suction Head NPSH │System Characterization and Pump Selection │ Problems

Lecture 24 │Net Positive Suction Head NPSH │System Characterization and Pump Selection │ Problems

Lecture 23 │Revision │ Basic Concepts │ Continuation

Lecture 23 │Revision │ Basic Concepts │ Continuation

Lecture 22┃Revision ┃Basic Concepts┃Numericals ┃

Lecture 22┃Revision ┃Basic Concepts┃Numericals ┃

Lecture 21┃ The Centrifugal Pump ┃Theoratical Considerations┃Pump Performance Characteristics

Lecture 21┃ The Centrifugal Pump ┃Theoratical Considerations┃Pump Performance Characteristics

Lecture 20-Basic Angular Momentum Considerations-Derivation-Relevant Problems

Lecture 20-Basic Angular Momentum Considerations-Derivation-Relevant Problems

Lecture 19 │ Moment of Momentum │ Derivation │ Shaft Power │ Numerical

Lecture 19 │ Moment of Momentum │ Derivation │ Shaft Power │ Numerical

Lecture 18 | Reynolds Transport Theorem | Properties | Derivation | Examples | Fluid Mechanics

Lecture 18 | Reynolds Transport Theorem | Properties | Derivation | Examples | Fluid Mechanics

Lecture 17 | Turbomachines | Pumps | Turbines | Impellers | Basic Energy Considerations |

Lecture 17 | Turbomachines | Pumps | Turbines | Impellers | Basic Energy Considerations |

Lecture 16 | Method of Repeating Variable | Derivation and Problem

Lecture 16 | Method of Repeating Variable | Derivation and Problem

Lecture 15│Dimensional Analysis │Buckingham Pi Theorem │Derivation

Lecture 15│Dimensional Analysis │Buckingham Pi Theorem │Derivation

Lecture 14 │Converging Duct Flow Continue │Divergent Duct Flow │Derivation│ Numerical and Solution │

Lecture 14 │Converging Duct Flow Continue │Divergent Duct Flow │Derivation│ Numerical and Solution │

Lecture 13 │Converging Duct Flow │Divergent Duct Flow │Derivation│ Numerical and Solution │Fluids

Lecture 13 │Converging Duct Flow │Divergent Duct Flow │Derivation│ Numerical and Solution │Fluids

Lecture 12 | Categories of compressible flow | Transonic flow | Hypersonic flow | Derivation

Lecture 12 | Categories of compressible flow | Transonic flow | Hypersonic flow | Derivation

Lecture 11 | Mach Number | Derivation

Lecture 11 | Mach Number | Derivation

Lecture 10 | Compressible Flow | Ideal Gas Equation | Entropy | Derivations and Examples

Lecture 10 | Compressible Flow | Ideal Gas Equation | Entropy | Derivations and Examples

Lecture 9 | Airfoils | Drag Coefficient |

Lecture 9 | Airfoils | Drag Coefficient |

Lecture 8 | Drag | Pressure Drag | Shape Dependence | Relevant Problems

Lecture 8 | Drag | Pressure Drag | Shape Dependence | Relevant Problems

Lecture 7 | Various Aspects of the flow over bodies | Immersed | External flows | Bodies| Submarines

Lecture 7 | Various Aspects of the flow over bodies | Immersed | External flows | Bodies| Submarines

Lecture 6 | Multiple pipe system | Problem | Fluid Mechanics II

Lecture 6 | Multiple pipe system | Problem | Fluid Mechanics II

Lecture 5 | Pipe | Looses continue| Derivations | Numerical

Lecture 5 | Pipe | Looses continue| Derivations | Numerical

Lecture 4 | Derivation of fully developed Laminar and Turbulent flow | Transitional flow | Equations

Lecture 4 | Derivation of fully developed Laminar and Turbulent flow | Transitional flow | Equations

Lecture 3 | Energy Consideration | Derivation | Laminar and Turbulent Flow | Example

Lecture 3 | Energy Consideration | Derivation | Laminar and Turbulent Flow | Example

Engineering Mechanics Statics Lecture 22 | Numerical Problems

Engineering Mechanics Statics Lecture 22 | Numerical Problems

Lecture 2a Fluid Mechanics | Viscous Flow in Pipes | Laminar & Turbulent flow | Derivation

Lecture 2a Fluid Mechanics | Viscous Flow in Pipes | Laminar & Turbulent flow | Derivation

Lecture 1 Fluid Mechanics II | Revision of Basic Fluid Mechanics Concepts |

Lecture 1 Fluid Mechanics II | Revision of Basic Fluid Mechanics Concepts |

Engineering Mechanics Statics | Basics Concepts | Friction | Factors | Mechanics

Engineering Mechanics Statics | Basics Concepts | Friction | Factors | Mechanics

Engineering Mechanics Statics Lecture 20 d | Special Topics | Fluid Statics | Numerical Solutions

Engineering Mechanics Statics Lecture 20 d | Special Topics | Fluid Statics | Numerical Solutions

Engineering Mechanics Statics Lecture 20 c | Special Topics | Buoyancy | Cylindrical Surfaces

Engineering Mechanics Statics Lecture 20 c | Special Topics | Buoyancy | Cylindrical Surfaces

Engineering Mechanics Statics Lecture 20 b | Submerged Rectangular Surfaces | Engineering Statics

Engineering Mechanics Statics Lecture 20 b | Submerged Rectangular Surfaces | Engineering Statics

Engineering Mechanics Statics Lecture 20 a | Special Topics | Fluid Statics | Fluid Pressure ||

Engineering Mechanics Statics Lecture 20 a | Special Topics | Fluid Statics | Fluid Pressure ||

Kinetics of Phase Transformation | Nucleation and Growth Mechanism | Activation free Energy ||

Kinetics of Phase Transformation | Nucleation and Growth Mechanism | Activation free Energy ||

Phase Transformation | Classification of Material | Length scales in metallurgy |Nucleation,Growth

Phase Transformation | Classification of Material | Length scales in metallurgy |Nucleation,Growth

Heat treatment process | Harden-ability | Jominy end quench test | Quenching | Vapor Blanket

Heat treatment process | Harden-ability | Jominy end quench test | Quenching | Vapor Blanket

Heat treatment process | Heating and Cooling | Types of heat treatment process | Material Selection

Heat treatment process | Heating and Cooling | Types of heat treatment process | Material Selection

Classification of Steel | Iron Iron Carbide diagram | Iron | Methods of Manufacturing ||

Classification of Steel | Iron Iron Carbide diagram | Iron | Methods of Manufacturing ||

Engineering Mechanics Statics Lecture 19 C | Catenary Cables | General Relations |

Engineering Mechanics Statics Lecture 19 C | Catenary Cables | General Relations |

Engineering Mechanics Statics Lecture 19 b | Parabolic Cables | General Relations |

Engineering Mechanics Statics Lecture 19 b | Parabolic Cables | General Relations |

Engineering Mechanics Statics Lecture 19 a | Flexible Cables | General Relations ||||

Engineering Mechanics Statics Lecture 19 a | Flexible Cables | General Relations ||||

Engineering Mechanics Statics Lecture 18 | Beams—Internal Effects (CHAPTER 5) |

Engineering Mechanics Statics Lecture 18 | Beams—Internal Effects (CHAPTER 5) |

Engineering Mechanics Statics Lecture 17 | Beams—External Effects (CHAPTER 5) |

Engineering Mechanics Statics Lecture 17 | Beams—External Effects (CHAPTER 5) |

Engineering Mechanics Statics Lecture 16 | Composite Bodies and Figures; Approximations. Theorems

Engineering Mechanics Statics Lecture 16 | Composite Bodies and Figures; Approximations. Theorems

Engineering Mechanics Statics Lecture 15 d | Centroid of Circular Arc || Continue || Example 5/3

Engineering Mechanics Statics Lecture 15 d | Centroid of Circular Arc || Continue || Example 5/3

Engineering Mechanics Statics Lecture 15 c | Centroid of Circular Arc | Examples |

Engineering Mechanics Statics Lecture 15 c | Centroid of Circular Arc | Examples |

Engineering Mechanics Statics Lecture 15 b | Centroids of lines | Areas | Volumes

Engineering Mechanics Statics Lecture 15 b | Centroids of lines | Areas | Volumes

Engineering Mechanics Statics Lecture 15 a | Space Trusses, Frames and Mechanics|Distributed Forces

Engineering Mechanics Statics Lecture 15 a | Space Trusses, Frames and Mechanics|Distributed Forces

Delta region of iron iron carbide diagram | Micro-structure of hypo eutectoid steel | Slow cooling

Delta region of iron iron carbide diagram | Micro-structure of hypo eutectoid steel | Slow cooling

Development of micro-structure|GIBBS PHASE RULE | The Iron Iron Carbide System|Mechanical Properties

Development of micro-structure|GIBBS PHASE RULE | The Iron Iron Carbide System|Mechanical Properties

Binary Eutectic systems | Phase computation | Development of micro-structure in eutectic alloys

Binary Eutectic systems | Phase computation | Development of micro-structure in eutectic alloys

Engineering Mechanics Statics Lecture 14 d | Method of Joints and Method of Sections | Problem

Engineering Mechanics Statics Lecture 14 d | Method of Joints and Method of Sections | Problem

Engineering Mechanics Statics Lecture 14 c | Trusses | Space Trusses | Frames and Mechanics

Engineering Mechanics Statics Lecture 14 c | Trusses | Space Trusses | Frames and Mechanics

Engineering Mechanics Statics Lecture 14 b | Trusses | Space Trusses Frames and Mechanics | Example

Engineering Mechanics Statics Lecture 14 b | Trusses | Space Trusses Frames and Mechanics | Example

Engineering Mechanics Statics Lecture 14 a | Trusses | Space Trusses | Frames and Mechanics

Engineering Mechanics Statics Lecture 14 a | Trusses | Space Trusses | Frames and Mechanics

Engineering Mechanics Statics Lecture 13 b | Method of Joints and Method of Sections (CHAPTER 4) |

Engineering Mechanics Statics Lecture 13 b | Method of Joints and Method of Sections (CHAPTER 4) |

Engineering Mechanics Statics Lecture 13 a | Method of Joints and Method of Sections

Engineering Mechanics Statics Lecture 13 a | Method of Joints and Method of Sections

Engineering Mechanics Statics Lecture 12 c | Truss | Example

Engineering Mechanics Statics Lecture 12 c | Truss | Example

Engineering Mechanics Statics Lecture 12 b | Truss | Methods | Method of Joints

Engineering Mechanics Statics Lecture 12 b | Truss | Methods | Method of Joints

Engineering Mechanics Statics Lecture 12 | Truss and Types

Engineering Mechanics Statics Lecture 12 | Truss and Types

Tai line and Lever Rule | Calculate composition of phases | Micro-structure development | Mechanical

Tai line and Lever Rule | Calculate composition of phases | Micro-structure development | Mechanical

Components and phases | Micro structure | Binary eutectic systems | Copper Silver Phase Diagram

Components and phases | Micro structure | Binary eutectic systems | Copper Silver Phase Diagram

Phase Diagrams | Basic Concepts |Simple Isomorphous | Binary Phase Diagrams | Eutectic phase diagram

Phase Diagrams | Basic Concepts |Simple Isomorphous | Binary Phase Diagrams | Eutectic phase diagram

Taper Turning Operation | Workshop | CNC Machine | Software Code

Taper Turning Operation | Workshop | CNC Machine | Software Code

Step Turning Operation Plain | Step Turning Operation on CNC Lathe Machine via CNC SIMULATOR Soft

Step Turning Operation Plain | Step Turning Operation on CNC Lathe Machine via CNC SIMULATOR Soft

Plain Turning Operation | Plain Turning Operation on CNC Lathe Machine via CNC SIMULATOR Software(2)

Plain Turning Operation | Plain Turning Operation on CNC Lathe Machine via CNC SIMULATOR Software(2)

Experiments 15 Reactions Of Simply Supported Beam | Support Reactions

Experiments 15 Reactions Of Simply Supported Beam | Support Reactions

Experiments 14 Compression Test On UTM | Universal Testing Machine

Experiments 14 Compression Test On UTM | Universal Testing Machine

The Inequality of Clausius | The thermodynamic temperature scale | Carnot Cycle Efficiency | Example

The Inequality of Clausius | The thermodynamic temperature scale | Carnot Cycle Efficiency | Example

Refrigerators | Laws | Engine and Cycles | Ideal and Real Machines| Typical Devices and Applications

Refrigerators | Laws | Engine and Cycles | Ideal and Real Machines| Typical Devices and Applications

Numerical | Thermo Laws | Internal Energy | Cycles | Generalized Compressibility Chart |

Numerical | Thermo Laws | Internal Energy | Cycles | Generalized Compressibility Chart |

Experiment 13 | Shear Force variations in beam for various loading conditions | Virtual Lab |

Experiment 13 | Shear Force variations in beam for various loading conditions | Virtual Lab |

Experiment 12 | Shear Force In Beam with increasing load | Mechanics of Materials Lab

Experiment 12 | Shear Force In Beam with increasing load | Mechanics of Materials Lab

Experiments 11 | Bending moment variation away from point of loading in beam Moment | Virtual Lab

Experiments 11 | Bending moment variation away from point of loading in beam Moment | Virtual Lab

Experiment 10 | Bending Moment | Virtual Lab | Mechanics of Materials Lab|

Experiment 10 | Bending Moment | Virtual Lab | Mechanics of Materials Lab|

Turning Operation | Plain Turning Operation on CNC Lathe Machine using CNC SIMULATOR Software

Turning Operation | Plain Turning Operation on CNC Lathe Machine using CNC SIMULATOR Software

Facing Operation | SIMULATOR | Workshop | Code | NC

Facing Operation | SIMULATOR | Workshop | Code | NC

CNC LATHE & CNC SIMULATOR | NUMERICAL CONTROL | PROGRAMMING | SOFTWARE | WORKSHOP | MODULES

CNC LATHE & CNC SIMULATOR | NUMERICAL CONTROL | PROGRAMMING | SOFTWARE | WORKSHOP | MODULES

Machine Shop | Lathe Machine Nomenclature | Measuring Instruments | Tools and Materials | Operations

Machine Shop | Lathe Machine Nomenclature | Measuring Instruments | Tools and Materials | Operations

Phase Boundaries and States | P-v-T surface and Graphs | Ideal Gas | Compressibility Factor | EOS

Phase Boundaries and States | P-v-T surface and Graphs | Ideal Gas | Compressibility Factor | EOS

Lecture 26 | Buckingham Pi Theorem Numerical | Derivation | Relation | Theorem

Lecture 26 | Buckingham Pi Theorem Numerical | Derivation | Relation | Theorem

Lecture 25 | Dimensional Analysis | Differential and Experimental analysis | Buckingham Pi Theorem

Lecture 25 | Dimensional Analysis | Differential and Experimental analysis | Buckingham Pi Theorem

Lecture 24 | The Stream Function | Conservation of Linear Momentum | Equation of Motion | Euler`s Eq

Lecture 24 | The Stream Function | Conservation of Linear Momentum | Equation of Motion | Euler`s Eq

Engineering Applications| Energy Storage Systems and Uses| Heat Engines | Heat Exchangers |Examples

Engineering Applications| Energy Storage Systems and Uses| Heat Engines | Heat Exchangers |Examples

Internal Energy | Enthalpy | Specific Heat | Ideal gases | Temperatures | Heat Transfer Modes

Internal Energy | Enthalpy | Specific Heat | Ideal gases | Temperatures | Heat Transfer Modes

Lecture 23 | Vorticity | Conservation of Mass | Continuity Equation | Derivations & Relations

Lecture 23 | Vorticity | Conservation of Mass | Continuity Equation | Derivations & Relations

Lecture 22 | Differential Analysis of Fluid Flow | Fluid Element Kinematics | airfoils

Lecture 22 | Differential Analysis of Fluid Flow | Fluid Element Kinematics | airfoils

Heat Transfer | Modes | Conduction, Convection & Radiation | Examples | Physics | Thermodynamics

Heat Transfer | Modes | Conduction, Convection & Radiation | Examples | Physics | Thermodynamics

Problems and Solutions of Work | The Energy Equation | Graphs| Solutions

Problems and Solutions of Work | The Energy Equation | Graphs| Solutions

Lecture 21 | Reynolds Transport Theorem & Bernoulli`s Equation Numerical | Solution|Energy Equation

Lecture 21 | Reynolds Transport Theorem & Bernoulli`s Equation Numerical | Solution|Energy Equation

Work | Poly tropic Process | Work in Processes | The Energy Equation | Graphs | Different Relations

Work | Poly tropic Process | Work in Processes | The Energy Equation | Graphs | Different Relations

Work |Heat Transfer | Internal Energy | Enthalpy | The Energy Equation | First Law of Thermodynamics

Work |Heat Transfer | Internal Energy | Enthalpy | The Energy Equation | First Law of Thermodynamics

The Energy Equation | First Law of Thermodynamics |Work | Heat Transfer | Internal Energy |Enthalpy

The Energy Equation | First Law of Thermodynamics |Work | Heat Transfer | Internal Energy |Enthalpy

Lecture 20 | Applications of Bernoulli's Equation | Static & Dynamic Pressure | Flow rate | Grades

Lecture 20 | Applications of Bernoulli's Equation | Static & Dynamic Pressure | Flow rate | Grades

lecture 19 | Bernoulli's Equation | Energy Equation | Comparison | Derivation | Numerical

lecture 19 | Bernoulli's Equation | Energy Equation | Comparison | Derivation | Numerical

Lecture 18 | First Law of Thermodynamics | The Energy Equation | Conservation of Energy | Derivation

Lecture 18 | First Law of Thermodynamics | The Energy Equation | Conservation of Energy | Derivation

Islamic Knowledge | Questions and Answers | Dilchasp Maloomat | Islam | General | PMS | CSS |

Islamic Knowledge | Questions and Answers | Dilchasp Maloomat | Islam | General | PMS | CSS |

General knowledge | Questions and Answers | World GK mcqs | Quiz | Pahelian | Dimagh ki batti | IQ

General knowledge | Questions and Answers | World GK mcqs | Quiz | Pahelian | Dimagh ki batti | IQ

Moment of Momentum | Shaft Power | Engineering | Derivation | Numerical | Physics

Moment of Momentum | Shaft Power | Engineering | Derivation | Numerical | Physics

Conservation of Mass | Newtons Law | Conservation of linear momentum | Numerical Problems | Concept

Conservation of Mass | Newtons Law | Conservation of linear momentum | Numerical Problems | Concept

Fluid Mechanics | Finite Control Volume Analysis | | Mass Conservation | Principles | Numerical |

Fluid Mechanics | Finite Control Volume Analysis | | Mass Conservation | Principles | Numerical |

General Knowledge | 12 | کونسا وٹامن دھوپ میں بیٹھنے سے حاصل ہوتا ہے؟ | Info | Urdu | interesting

General Knowledge | 12 | کونسا وٹامن دھوپ میں بیٹھنے سے حاصل ہوتا ہے؟ | Info | Urdu | interesting

Fluid Mechanics | Reynolds Transport Theorem | Engineering | Derivation | Principle | Part B

Fluid Mechanics | Reynolds Transport Theorem | Engineering | Derivation | Principle | Part B

Fluid Mechanics | Reynolds Transport Theorem | Engineering | Derivation | Principle | Important

Fluid Mechanics | Reynolds Transport Theorem | Engineering | Derivation | Principle | Important

General Knowledge | 11 | انسانی دل کی لمبائی کتنی ہوتی ہے؟ | Info | Urdu | interesting | important

General Knowledge | 11 | انسانی دل کی لمبائی کتنی ہوتی ہے؟ | Info | Urdu | interesting | important

Fluid Mechanics | Principle of Engineering | Lagrangian and Eulerian flow | Fluid Mechanics | Latest

Fluid Mechanics | Principle of Engineering | Lagrangian and Eulerian flow | Fluid Mechanics | Latest

General Knowledge |10| ایک منٹ میں انسان کتنی بار سانس لیتا ہے؟ | PMS| CSS | All tests questions

General Knowledge |10| ایک منٹ میں انسان کتنی بار سانس لیتا ہے؟ | PMS| CSS | All tests questions

General Knowledge | 09| ٹی وی کب ایجاد ہوا | PMS| CSS | All tests questions | PPSC | FPSC | Urdu |

General Knowledge | 09| ٹی وی کب ایجاد ہوا | PMS| CSS | All tests questions | PPSC | FPSC | Urdu |

General Knowledge|08| Dilchasp Malomaat| info| Urdu| Latest Tests Questions | PPSC| FPSC| Important

General Knowledge|08| Dilchasp Malomaat| info| Urdu| Latest Tests Questions | PPSC| FPSC| Important

General knowledge Questions and Answers | World GK mcqs | top most questions for test preparation

General knowledge Questions and Answers | World GK mcqs | top most questions for test preparation

General Knowledge 06 | دنیا کا اوسط درجہ حرارت کتنے ڈگری فارن ہائیٹ ہے؟ | Latest Videos | Tests

General Knowledge 06 | دنیا کا اوسط درجہ حرارت کتنے ڈگری فارن ہائیٹ ہے؟ | Latest Videos | Tests

General Knowledge 5 | اہم ٹیسٹوں کے مشہور سوالات | Latest Important questions | PMS, CSS

General Knowledge 5 | اہم ٹیسٹوں کے مشہور سوالات | Latest Important questions | PMS, CSS

General Knowledge 04 | Latest | دلچسپ معلومات اور پہیلیاں | For latest test Preparations

General Knowledge 04 | Latest | دلچسپ معلومات اور پہیلیاں | For latest test Preparations

General Knowledge 03 | Latest | کس پرندے کے انڈے کا وزن اس کے وزن کے چوتھائی حصے کے برابر ہوتا ہے؟

General Knowledge 03 | Latest | کس پرندے کے انڈے کا وزن اس کے وزن کے چوتھائی حصے کے برابر ہوتا ہے؟

General Knowledge | How to measure earthquake | Most interesting questions | سیاروں کا علم

General Knowledge | How to measure earthquake | Most interesting questions | سیاروں کا علم

General Knowledge | Latest Information | Human Body | جنرل نالج کے اہم سوالات

General Knowledge | Latest Information | Human Body | جنرل نالج کے اہم سوالات