Канал: ENGINEER'S ACADEMY

GAUSS ELIMINATION METHOD | Solutions of Linear Simultaneous Equations | Engineering Mathematics

GAUSS ELIMINATION METHOD | Solutions of Linear Simultaneous Equations | Engineering Mathematics

Solution of Differential Equations | Linear Equations | Engineering Mathematics

Solution of Differential Equations | Linear Equations | Engineering Mathematics

Differential Equations | Equation reducible to Homogeneous equations | Engineering Mathematics

Differential Equations | Equation reducible to Homogeneous equations | Engineering Mathematics

Differential Equation | Equation reducible to Homogeneous equations | Engineering Mathematics

Differential Equation | Equation reducible to Homogeneous equations | Engineering Mathematics

GATE 2024 | PYQs | TARGET GATE 2024 | General Aptitude (GA) | @ENGINEERSACADEMY18

GATE 2024 | PYQs | TARGET GATE 2024 | General Aptitude (GA) | @ENGINEERSACADEMY18

Homogeneous equations | Solutions of Differential Equation of First order | #engineeringmathematics

Homogeneous equations | Solutions of Differential Equation of First order | #engineeringmathematics

Variable separable | Solutions of Differential Equations of First order | #engineeringmathematics

Variable separable | Solutions of Differential Equations of First order | #engineeringmathematics

GATE 2024 OFFICIAL UPDATE || GATE 2024 EXAM DATES || GATE 2024 SCHEDULE RELEASE @ENGINEERSACADEMY18

GATE 2024 OFFICIAL UPDATE || GATE 2024 EXAM DATES || GATE 2024 SCHEDULE RELEASE @ENGINEERSACADEMY18

Variation of pressure with depth | Fluid Mechanics | Mechanical prop. of Fluids @ENGINEERSACADEMY18

Variation of pressure with depth | Fluid Mechanics | Mechanical prop. of Fluids @ENGINEERSACADEMY18

Pascal's Law Derivation | Proof | Fluid Mechanics@ENGINEERSACADEMY18

Pascal's Law Derivation | Proof | Fluid Mechanics@ENGINEERSACADEMY18

Francis turbine | फ्रांसिस टर्बाइन | Construction | Working | Reaction Turbine | Mixed flow turbine

Francis turbine | फ्रांसिस टर्बाइन | Construction | Working | Reaction Turbine | Mixed flow turbine

Numerical on system of Linear Equations || #numericals || #matrices || #engineering Mathematics

Numerical on system of Linear Equations || #numericals || #matrices || #engineering Mathematics

Class 10th | Maths | Chapter 2 | #polynomials | #part3 | #exercise 2.2

Class 10th | Maths | Chapter 2 | #polynomials | #part3 | #exercise 2.2

Class 10th | Maths | Chapter 2 | #polynomials | #part2 | #exercise 2.2

Class 10th | Maths | Chapter 2 | #polynomials | #part2 | #exercise 2.2

#class 11th | #maths | #chapter1 | #sets | #part2 | #exercise1 .2 | Types of SETS

#class 11th | #maths | #chapter1 | #sets | #part2 | #exercise1 .2 | Types of SETS

Class 10th | Maths | Chapter 2 | #polynomials | #part1 | #exercise 2.1

Class 10th | Maths | Chapter 2 | #polynomials | #part1 | #exercise 2.1

#class 11th | #maths | #chapter1 | #sets | #part1 | #exercise1 .1 | Representation of SETS

#class 11th | #maths | #chapter1 | #sets | #part1 | #exercise1 .1 | Representation of SETS

Class 10th | Maths | Chapter 1 | #realnumbers | #part5 | #ex. 1.3 | #revisiting irrational numbers

Class 10th | Maths | Chapter 1 | #realnumbers | #part5 | #ex. 1.3 | #revisiting irrational numbers

Class 10th | Maths | Chapter 1 | #realnumbers | #part4 | #ex. 1.2 | #fundamentaltheoremofarithmetic

Class 10th | Maths | Chapter 1 | #realnumbers | #part4 | #ex. 1.2 | #fundamentaltheoremofarithmetic

Class 10th | Maths | Chapter 1 | #realnumbers | #part3 | #ex. 1.2 | #fundamentaltheoremofarithmetic

Class 10th | Maths | Chapter 1 | #realnumbers | #part3 | #ex. 1.2 | #fundamentaltheoremofarithmetic

Class 10th | Maths | Chapter 1 | #realnumbers | #part2 | #exercise1.1 | #euclidsdivisionlemma

Class 10th | Maths | Chapter 1 | #realnumbers | #part2 | #exercise1.1 | #euclidsdivisionlemma

Class 10th | Maths | Chapter 1 | #realnumbers | #part1 | #exercise1.1 | #euclidsdivisionlemma

Class 10th | Maths | Chapter 1 | #realnumbers | #part1 | #exercise1.1 | #euclidsdivisionlemma

Reciprocating Pump | Slip | Percent slip | Negative slip | In Hindi

Reciprocating Pump | Slip | Percent slip | Negative slip | In Hindi

Reciprocating Pump | Discharge | Work done by pump | Power required | Derivation in Hindi

Reciprocating Pump | Discharge | Work done by pump | Power required | Derivation in Hindi

Reciprocating Pump | Introduction | Principle | Construction | Working | In Hindi

Reciprocating Pump | Introduction | Principle | Construction | Working | In Hindi

Venturimeter | Application of Bernoulli's Principle | Derivation of Discharge| In Hindi

Venturimeter | Application of Bernoulli's Principle | Derivation of Discharge| In Hindi

Bernoulli's Equation | Derivation | Assumptions | Bernoulli's theorem statement

Bernoulli's Equation | Derivation | Assumptions | Bernoulli's theorem statement

Euler's Equation of motion | Dynamics of fluid flow | Fluid Mechanics | in hindi

Euler's Equation of motion | Dynamics of fluid flow | Fluid Mechanics | in hindi

Average of consecutive numbers | Part 5 | Average short tricks in Hindi

Average of consecutive numbers | Part 5 | Average short tricks in Hindi

Average: 4 questions solved by 1 concept | Part 4 | Average short tricks in Hindi

Average: 4 questions solved by 1 concept | Part 4 | Average short tricks in Hindi

Average of Squares & Cubes of n natural numbers | Part 3 | Average short tricks in Hindi

Average of Squares & Cubes of n natural numbers | Part 3 | Average short tricks in Hindi

Average short tricks in Hindi | Part 2 | Average of Consecutive Numbers

Average short tricks in Hindi | Part 2 | Average of Consecutive Numbers

Average short tricks in Hindi | Part 1 | Solved Numerical

Average short tricks in Hindi | Part 1 | Solved Numerical

Problems based on strain energy | Strain energy | strength of materials

Problems based on strain energy | Strain energy | strength of materials

Stress in various loading condition | Derivation | Impact, sudden & gradual | Strength of materials

Stress in various loading condition | Derivation | Impact, sudden & gradual | Strength of materials

Basic Concept of Strain energy with formula derivation | Strain Energy | Strength of Materials

Basic Concept of Strain energy with formula derivation | Strain Energy | Strength of Materials

Torsion in Shafts | POWER TRANSMITTED by shaft | Strength of materials

Torsion in Shafts | POWER TRANSMITTED by shaft | Strength of materials

Torsion Equation | Torsion in circular shaft | Derivation | Hindi

Torsion Equation | Torsion in circular shaft | Derivation | Hindi

[ HINDI ] Velocity Triangle for Pelton Turbine

[ HINDI ] Velocity Triangle for Pelton Turbine

[ HINDI ] Construction and Working Of Pelton Turbine

[ HINDI ] Construction and Working Of Pelton Turbine

Work Done and Power of Pelton Turbine | Derivation | Fluid Mechanics

Work Done and Power of Pelton Turbine | Derivation | Fluid Mechanics

Class X | Chapter 8 | Ex. 8.1 | Question 3 | Introduction to trigonometry

Class X | Chapter 8 | Ex. 8.1 | Question 3 | Introduction to trigonometry

Class X | Chapter 8 | Ex. 8.1 | Question 2 | Introduction to trigonometry

Class X | Chapter 8 | Ex. 8.1 | Question 2 | Introduction to trigonometry

Class X | Chapter 8 | Ex. 8.1 | Question 1| Introduction to trigonometry

Class X | Chapter 8 | Ex. 8.1 | Question 1| Introduction to trigonometry

Velocity Triangle | Pelton Wheel Turbine | Hydraulic machines | Fuid Mechanics

Velocity Triangle | Pelton Wheel Turbine | Hydraulic machines | Fuid Mechanics

Class X | Chapter 13 | Ex. 13.4 | Question 5 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.4 | Question 5 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.4 | Question 4 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.4 | Question 4 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.4 | Question 3 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.4 | Question 3 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.4 | Question 2 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.4 | Question 2 | Surface areas and volumes

Class X | chapter 13 | Ex. 13.4 | Question 1 | Surface areas and volume

Class X | chapter 13 | Ex. 13.4 | Question 1 | Surface areas and volume

Class X | Chapter 13 | Ex. 13.3 | Question 9 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.3 | Question 9 | Surface areas and volumes

Construction and Working of Pelton turbine

Construction and Working of Pelton turbine

Class X | Chapter 13 | Ex. 13.3 | Question 8 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.3 | Question 8 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.3 | Question 5 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.3 | Question 5 | Surface areas and volumes

NET POSITIVE SUCTION HEAD ( NPSH ) | Explaination with derivation | Centrifugal pump

NET POSITIVE SUCTION HEAD ( NPSH ) | Explaination with derivation | Centrifugal pump

Class X | Chapter 13 | Ex.13.3 | Question 7 | Surface areas and volumes

Class X | Chapter 13 | Ex.13.3 | Question 7 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.3 | Question 6 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.3 | Question 6 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.3 | Question 4 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.3 | Question 4 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.3 | Question 3 | Surface areas and voumes

Class X | Chapter 13 | Ex. 13.3 | Question 3 | Surface areas and voumes

Class X | Chapter 13 | Ex. 13.3 | Question 2 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.3 | Question 2 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.3 | Question 1 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.3 | Question 1 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.2 | Question 8 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.2 | Question 8 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.2 | Question 7 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.2 | Question 7 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.2 | Question 6 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.2 | Question 6 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.2 | Question 5 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.2 | Question 5 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.2 | Question 4 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.2 | Question 4 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.2 | Question 3 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.2 | Question 3 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.2 | Question 2 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.2 | Question 2 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.2 | Question 1 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.2 | Question 1 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.1 | Question 9 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.1 | Question 9 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.1 | Question 8 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.1 | Question 8 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.1 | Question 7 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.1 | Question 7 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.1 | Question 6 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.1 | Question 6 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.1 | Question 5 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.1 | Question 5 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.1 | Question 4 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.1 | Question 4 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.1 | Question 3 | Surface areas and Volumes

Class X | Chapter 13 | Ex. 13.1 | Question 3 | Surface areas and Volumes

Class X | Chapter 13|Ex. 13.1 | Question 2 | Surface areas and volumes

Class X | Chapter 13|Ex. 13.1 | Question 2 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.1 | Question 1 | Surface areas and volumes

Class X | Chapter 13 | Ex. 13.1 | Question 1 | Surface areas and volumes

Coriolis Component of Acceleration | Acceleration analysis | Kinematics of Machines

Coriolis Component of Acceleration | Acceleration analysis | Kinematics of Machines

Class X | Chapter 9 | Ex. 9.1 | Question 16 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 16 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 15 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 15 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 14 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 14 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 13 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 13 | Some applications of trigonometry

Class X | Chapter 9 | Ex.9.1 | Question 12 | Some applications of trigonometry

Class X | Chapter 9 | Ex.9.1 | Question 12 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 11 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 11 | Some applications of trigonometry

Class X | chapter 9| Ex. 9.1 |Question 10 | Some applications of trigonometry

Class X | chapter 9| Ex. 9.1 |Question 10 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 9 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 9 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 8 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 8 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 7 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 7 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 6 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 6 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 5 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 5 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 4 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 4 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 3 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 3 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 2 | Some applications of trigonometry

Class X | Chapter 9 | Ex. 9.1 | Question 2 | Some applications of trigonometry

Class X | Chapter 9 | Ex 9.1 | Question 1 | Some Applications of Trigonometry

Class X | Chapter 9 | Ex 9.1 | Question 1 | Some Applications of Trigonometry

Heads and Efficiencies of Centrifugal Pump | Centrifugal pump | Fluid Mechanics

Heads and Efficiencies of Centrifugal Pump | Centrifugal pump | Fluid Mechanics

Cavitation and Vapour Pressure || Hindi || Centrifugal pump

Cavitation and Vapour Pressure || Hindi || Centrifugal pump

How to find Eigenvalues and Eigenvectors || Best and Easiest Method || Complete Solution

How to find Eigenvalues and Eigenvectors || Best and Easiest Method || Complete Solution

Work Done by Centrifugal Pump || part 3 || Centrifugal pump

Work Done by Centrifugal Pump || part 3 || Centrifugal pump

Velocity Triangle of Centrifugal pump || Centrifugal Pump

Velocity Triangle of Centrifugal pump || Centrifugal Pump

Instantaneous Center Method || Part -1 || Velocity Analysis || Kinematics of Machines

Instantaneous Center Method || Part -1 || Velocity Analysis || Kinematics of Machines

Centrifugal Pump | Construction | Principle | Working

Centrifugal Pump | Construction | Principle | Working

Matrices : Matrix multiplication | Matrix multiplication of all types | Engineering Mathematics

Matrices : Matrix multiplication | Matrix multiplication of all types | Engineering Mathematics

Order and degree of differential equation

Order and degree of differential equation

Introduction, Order and Degree of Differential equation | CBSE | State board | IIT-JEE | GATE

Introduction, Order and Degree of Differential equation | CBSE | State board | IIT-JEE | GATE

System of Linear Equations || Numerical || Matrices || Engineering Mathematics||

System of Linear Equations || Numerical || Matrices || Engineering Mathematics||

Numerical on System of Linear Equations || Matrices || Engineering Mathematics

Numerical on System of Linear Equations || Matrices || Engineering Mathematics

System of Linear Equations || Matrix || Introduction

System of Linear Equations || Matrix || Introduction

Direction of vectors in Acceleration and Velocity Diagram || Kinematics of machines

Direction of vectors in Acceleration and Velocity Diagram || Kinematics of machines

Eigen Values and Eigen Vectors | Hindi | 3*3 matrix solution | Engineering Mathematics

Eigen Values and Eigen Vectors | Hindi | 3*3 matrix solution | Engineering Mathematics

How to find Rank of Matrix || RANK OF MATRIX || MATRICES || Engineering

How to find Rank of Matrix || RANK OF MATRIX || MATRICES || Engineering

Taylor's Series || Expansion of functions || Part - 2

Taylor's Series || Expansion of functions || Part - 2

Taylor's Series || Expansion of functions || Part - 1

Taylor's Series || Expansion of functions || Part - 1

Maclaurin's Series || Expansion of functions ||

Maclaurin's Series || Expansion of functions ||

Successive Differentiation || How to find nth derivative of any function

Successive Differentiation || How to find nth derivative of any function

Maclaurin's series || Expansion of functions || Engineering Mathematics

Maclaurin's series || Expansion of functions || Engineering Mathematics

Cayley Hamilton Theorem || Inverse of Matrix || Hindi || Engineering Mathematics

Cayley Hamilton Theorem || Inverse of Matrix || Hindi || Engineering Mathematics

How to find the inverse of matrix || Gauss Joradn method || 3*3 matrix || Hindi || Mathematics

How to find the inverse of matrix || Gauss Joradn method || 3*3 matrix || Hindi || Mathematics

Elementary Tranformations || Matrices and Determinants || Elementary Row and Column operations

Elementary Tranformations || Matrices and Determinants || Elementary Row and Column operations

Eigen Values and Eigen Vectors | Hindi | Introduction with an Example | Engineering Mathematics|

Eigen Values and Eigen Vectors | Hindi | Introduction with an Example | Engineering Mathematics|

How to find Rank of Matrix || RANK OF MATRIX || MATRICES || Engineering Mathematics

How to find Rank of Matrix || RANK OF MATRIX || MATRICES || Engineering Mathematics

Rank of Matrix in hindi

Rank of Matrix in hindi

Derivation of Efficiency of Otto cycle || Otto Cycle || Applied Thermodynamics

Derivation of Efficiency of Otto cycle || Otto Cycle || Applied Thermodynamics

Acceleration Diagram || Velocity Diagram || how to use || Complete overview

Acceleration Diagram || Velocity Diagram || how to use || Complete overview

Air Standard cycles || Otto Cycle || S.I. Engine || Process explained with diagram

Air Standard cycles || Otto Cycle || S.I. Engine || Process explained with diagram

Hydraulic Turbine : Numerical

Hydraulic Turbine : Numerical

ENGINEER'S ACADEMY Live Stream

ENGINEER'S ACADEMY Live Stream

ACCELERATION ANALYSIS #2: Slider Crank Mechanism

ACCELERATION ANALYSIS #2: Slider Crank Mechanism

velocity analysis #2: SLIDER CRANK MECHANISM

velocity analysis #2: SLIDER CRANK MECHANISM

TURBINE FORMULAE, Hydraulic Machines #2

TURBINE FORMULAE, Hydraulic Machines #2

VELOCITY TRIANGLE, FLUID MACHINERY

VELOCITY TRIANGLE, FLUID MACHINERY

KLEIN'S CONSTRUCTION

KLEIN'S CONSTRUCTION

What is the concept of Shear Force and Bending Moment.

What is the concept of Shear Force and Bending Moment.

ACCELERATION DIAGRAM (basic concept & numerical)

ACCELERATION DIAGRAM (basic concept & numerical)

VELOCITY ANALYSIS BY RELATIVE VELOCITY METHOD (VELOCITY DIAGRAM)

VELOCITY ANALYSIS BY RELATIVE VELOCITY METHOD (VELOCITY DIAGRAM)