Канал: TUTOR JERRY

Gas power cycle thermodynamics || Carnot cycle Numerical Four ...

Gas power cycle thermodynamics || Carnot cycle Numerical Four ...

Gas power cycles thermodynamics || Carnot cycle Numerical Two...

Gas power cycles thermodynamics || Carnot cycle Numerical Two...

Gas power cycles thermodynamics || Carnot cycle Numerical Three ...

Gas power cycles thermodynamics || Carnot cycle Numerical Three ...

Gas power cycles thermodynamics || Carnot cycle Numerical one...

Gas power cycles thermodynamics || Carnot cycle Numerical one...

Efficiency of Carnot cycle using Pv diagram || Gas power cycles thermodynamics...

Efficiency of Carnot cycle using Pv diagram || Gas power cycles thermodynamics...

Efficiency of Carnot cycle using Ts diagram || Gas power cycles thermodynamics...

Efficiency of Carnot cycle using Ts diagram || Gas power cycles thermodynamics...

Gas Power Cycles thermodynamics || Carnot Cycle Fundamentals || IC Engine

Gas Power Cycles thermodynamics || Carnot Cycle Fundamentals || IC Engine

Strengths of materials|| simple stresses and strains|| Numerical fifteen...

Strengths of materials|| simple stresses and strains|| Numerical fifteen...

Strength of materials|| simple stresses and strains|| Number fourteen...

Strength of materials|| simple stresses and strains|| Number fourteen...

Strength of materials|| simple stresses and strains||Numerical thirteen...

Strength of materials|| simple stresses and strains||Numerical thirteen...

Strength of materials|| simple stresses and strains|| Numerical twelve...

Strength of materials|| simple stresses and strains|| Numerical twelve...

Strength of materials || simple stresses and strains|| Numerical Eleven...

Strength of materials || simple stresses and strains|| Numerical Eleven...

Strength of materials || simple stresses and strains || Numerical ten...

Strength of materials || simple stresses and strains || Numerical ten...

Strength of materials || simple stresses and strains || numerical nine...

Strength of materials || simple stresses and strains || numerical nine...

Strength of materials || simple stresses and strains || numerical eight...

Strength of materials || simple stresses and strains || numerical eight...

Strength of materials || simple stresses and strains || numerical seven...

Strength of materials || simple stresses and strains || numerical seven...

Strength of materials || Simple stresses and strains || Numerical six...

Strength of materials || Simple stresses and strains || Numerical six...

Strength of materials ||Simple stresses and strains|| Numerical five...

Strength of materials ||Simple stresses and strains|| Numerical five...

Strength of materials||Simple stresses and strains|| Numerical four...

Strength of materials||Simple stresses and strains|| Numerical four...

Strength of materials ||Simple stresses and strains|| Numerical three...

Strength of materials ||Simple stresses and strains|| Numerical three...

Third Tds Equation || Thermodynamics relation..

Third Tds Equation || Thermodynamics relation..

Application of Second Tds Equation to Reversible adiabatic change of pressure | Thermodynamics..

Application of Second Tds Equation to Reversible adiabatic change of pressure | Thermodynamics..

Application of Second Tds Equation to Reversible isothermal change of pressure | thermodynamics..

Application of Second Tds Equation to Reversible isothermal change of pressure | thermodynamics..

Strength of materials ||Simple stresses and strains ||Numerical two...

Strength of materials ||Simple stresses and strains ||Numerical two...

Second Tds Equation/Meyers Equation and it's application | Thermodynamics relation

Second Tds Equation/Meyers Equation and it's application | Thermodynamics relation

Application of First Tds Equation | Thermodynamics relation...

Application of First Tds Equation | Thermodynamics relation...

Thermodynamic relation | Application of Tds Equation to ideal gas...

Thermodynamic relation | Application of Tds Equation to ideal gas...

Strength of materials || Simple stresses and strains || Numerical one

Strength of materials || Simple stresses and strains || Numerical one

Application of Cyclic Relations for Interrelating P, V, T | V, S, P | S, T, V | T, H, P

Application of Cyclic Relations for Interrelating P, V, T | V, S, P | S, T, V | T, H, P

Unlocking the Power of Entropy: First Tds Equation & Meyer's Equation Explained with Applications

Unlocking the Power of Entropy: First Tds Equation & Meyer's Equation Explained with Applications

Mastering Maxwell's Relations in Thermodynamics | Key Derivations Explained

Mastering Maxwell's Relations in Thermodynamics | Key Derivations Explained

Mastering Partial Differentiation in Thermodynamic Relations | Engineering Thermodynamics Made Easy

Mastering Partial Differentiation in Thermodynamic Relations | Engineering Thermodynamics Made Easy

The Olympiad Problem That DEFEATED Britain's Best...

The Olympiad Problem That DEFEATED Britain's Best...

Japanese olympiad mathematics

Japanese olympiad mathematics

Algebra : solving olympiad exponential equations with logarithmic method

Algebra : solving olympiad exponential equations with logarithmic method

Algebra: solving Olympiad logarithmic exponential equation

Algebra: solving Olympiad logarithmic exponential equation

Solving quadratic equation || Factorisation method

Solving quadratic equation || Factorisation method

Algebra: Solving Logarithmic Equation

Algebra: Solving Logarithmic Equation

Mastering surd: How to Rationalize the Denominator || Surdic Equation

Mastering surd: How to Rationalize the Denominator || Surdic Equation

How To Solve Quadratic Equation By Factoring - Fast & Simple! | Algebra

How To Solve Quadratic Equation By Factoring - Fast & Simple! | Algebra

Advance Algebra: Mastering Olympiad Simultaneous Equations

Advance Algebra: Mastering Olympiad Simultaneous Equations

How to solve algebraic expression with radical: Olympiad algebra

How to solve algebraic expression with radical: Olympiad algebra

Advance Olympiad algebra 😳 || solution by tutor Jerry

Advance Olympiad algebra 😳 || solution by tutor Jerry

Algebraic trick 🔥 #MathGenius #algebratricks

Algebraic trick 🔥 #MathGenius #algebratricks

algebra||indices||advance algebra 🔥

algebra||indices||advance algebra 🔥

COLLEGE ALGEBRA||FUN Algebra||ALGEBRAIC EXPRESSION

COLLEGE ALGEBRA||FUN Algebra||ALGEBRAIC EXPRESSION

Fun maths: Trigonometric Question

Fun maths: Trigonometric Question

Vital Tutorial

Vital Tutorial

How to Differentiate Trigonometric Functions: A Vital Tutorial

How to Differentiate Trigonometric Functions: A Vital Tutorial

How to differentiate logarithmic function|Basic of Logarithmic differentiation

How to differentiate logarithmic function|Basic of Logarithmic differentiation

How to differentiate exponential function| basic of exponential differentiation

How to differentiate exponential function| basic of exponential differentiation

Case 2: Deflection of cantilever beam carrying point load at a distance A from fixed end

Case 2: Deflection of cantilever beam carrying point load at a distance A from fixed end

Differentiation;case involving product and chain Rule✊

Differentiation;case involving product and chain Rule✊

Quotient Rule;Short Method ✊🔥✊

Quotient Rule;Short Method ✊🔥✊

Quotient Rule;Best explained with examples 🔥🔥

Quotient Rule;Best explained with examples 🔥🔥

CALCULUS||HOW DIFFERENTIATE PRODUCT RULE|| SHORT METHOD||SOLVED EXAMPLES

CALCULUS||HOW DIFFERENTIATE PRODUCT RULE|| SHORT METHOD||SOLVED EXAMPLES

CALCULUS||HOW TO DIFFERENTIATE WITH PRODUCT RULE||SOLVED EXAMPLES

CALCULUS||HOW TO DIFFERENTIATE WITH PRODUCT RULE||SOLVED EXAMPLES

CHAIN RULE||Chain rule short method|| easiest and best method

CHAIN RULE||Chain rule short method|| easiest and best method

CALCULUS|| Basic of diffrentiation|| general method of form x^n and ax^n|| solved examples

CALCULUS|| Basic of diffrentiation|| general method of form x^n and ax^n|| solved examples

CHAIN RULE||solving complex questions with chain rule||Lecture 3

CHAIN RULE||solving complex questions with chain rule||Lecture 3

CHAIN RULE|| solving complex questions with chain rule||Lecture 2

CHAIN RULE|| solving complex questions with chain rule||Lecture 2

CHAIN RULE||How to differentiate using chain rule

CHAIN RULE||How to differentiate using chain rule

Mathematics in ikale language|| ipinlese isiro||mean basic concept of mathematics:

Mathematics in ikale language|| ipinlese isiro||mean basic concept of mathematics:

INTRODUCTION TO MATHEMATICS IN||YORUBA||IKALE||LANGUAGE

INTRODUCTION TO MATHEMATICS IN||YORUBA||IKALE||LANGUAGE

HOW TO CALCULATE REACTION AT THE SUPPORT OF A BEAM||QUESTION 10

HOW TO CALCULATE REACTION AT THE SUPPORT OF A BEAM||QUESTION 10

HOW TO CALCULATE REACTION AT THE SUPPORT OF A BEAM||QUESTION 9

HOW TO CALCULATE REACTION AT THE SUPPORT OF A BEAM||QUESTION 9

HOW TO CALCULATE REACTION AT THE SUPPORT OF A BEAM||QUESTION 8

HOW TO CALCULATE REACTION AT THE SUPPORT OF A BEAM||QUESTION 8

COMPOUND BEAM|| HOW TO FIND REACTION AT SUPPORT OF A COMPOUND BEAM||QUESTION 6

COMPOUND BEAM|| HOW TO FIND REACTION AT SUPPORT OF A COMPOUND BEAM||QUESTION 6

COMPOUND BEAM||HOW TO FIND REACTION AT THE SUPPORT OF A COMPOUND BEAM||QUESTION 5

COMPOUND BEAM||HOW TO FIND REACTION AT THE SUPPORT OF A COMPOUND BEAM||QUESTION 5

COMPOUND BEAM||HOW TO FIND REACTION AT THE SUPPORT OF A COMPOUND BEAM|| QUESTION 4

COMPOUND BEAM||HOW TO FIND REACTION AT THE SUPPORT OF A COMPOUND BEAM|| QUESTION 4

COMPOUND BEAM||HOW TO FIND REACTION AT THE SUPPORT OF A COMPOUND BEAM||QUESTION 3

COMPOUND BEAM||HOW TO FIND REACTION AT THE SUPPORT OF A COMPOUND BEAM||QUESTION 3

COMPOUND BEAM||HOW TO CALCULATE REACTION AT THE SUPPORT OF A COMPOUND BEAM||QUESTION 2

COMPOUND BEAM||HOW TO CALCULATE REACTION AT THE SUPPORT OF A COMPOUND BEAM||QUESTION 2

COMPOUND BEAM||HOW FIND REACTION AT THE SUPPORT OF A COMPOUND BEAM||QUESTION 1|| BY TUTOR JERRY

COMPOUND BEAM||HOW FIND REACTION AT THE SUPPORT OF A COMPOUND BEAM||QUESTION 1|| BY TUTOR JERRY

calculus||solved A-level past questions||First Principles: A-Level Exam Success

calculus||solved A-level past questions||First Principles: A-Level Exam Success

CALCULUS||DIFFERENTIATE tan²(x)||FIRST PRINCIPLE

CALCULUS||DIFFERENTIATE tan²(x)||FIRST PRINCIPLE

CALCULUS||FIRST PRINCIPLE||HOW USE FIRST PRINCIPLE TO DIFFERENTIATE (Cos^2 x)

CALCULUS||FIRST PRINCIPLE||HOW USE FIRST PRINCIPLE TO DIFFERENTIATE (Cos^2 x)

CALCULUS||HOW TO DIFFERENTIATE sin⁻¹ x||ARCSIN X|| FIRST PRINCIPLE

CALCULUS||HOW TO DIFFERENTIATE sin⁻¹ x||ARCSIN X|| FIRST PRINCIPLE

CALCULUS||HOW TO DIFFERENTIATE tan⁻¹ x|| ARCTAN X|| FIRST PRINCIPLE

CALCULUS||HOW TO DIFFERENTIATE tan⁻¹ x|| ARCTAN X|| FIRST PRINCIPLE

CALCULUS||FIRST PRINCIPLE||HOW TO USE FIRST PRINCIPLE DIFFERENTIATE (Sin^2 x)||BY TUTOR JERRY

CALCULUS||FIRST PRINCIPLE||HOW TO USE FIRST PRINCIPLE DIFFERENTIATE (Sin^2 x)||BY TUTOR JERRY

TRIGONOMETRY||HOW TO PROVE FACTOR/PRODUCT FORMULA||BY TUTOR JERRY

TRIGONOMETRY||HOW TO PROVE FACTOR/PRODUCT FORMULA||BY TUTOR JERRY

HOW TO CALCULATE REACTION AT THE SUPPORT OF A BEAM||QUESTION 7|| BY TUTOR JERRY

HOW TO CALCULATE REACTION AT THE SUPPORT OF A BEAM||QUESTION 7|| BY TUTOR JERRY

HOW CALCULATE REACTION AT THE SUPPORT OF A BEAM||QUESTION 6||BY TUTOR JERRY

HOW CALCULATE REACTION AT THE SUPPORT OF A BEAM||QUESTION 6||BY TUTOR JERRY

HOW TO CALCULATE REACTION AT THE SUPPORT OF A BEAM||QUESTION 5|| BY TUTOR JERRY

HOW TO CALCULATE REACTION AT THE SUPPORT OF A BEAM||QUESTION 5|| BY TUTOR JERRY

INTRODUCTION TO BEAM||HOW TO CALCULATE REACTION AT SUPPORT OF A BEAM||QUESTION 4||BY TUTOR JERRY

INTRODUCTION TO BEAM||HOW TO CALCULATE REACTION AT SUPPORT OF A BEAM||QUESTION 4||BY TUTOR JERRY

INTRODUCTION TO BEAM||HOW TO FIND REACTION AT THE OF BEAM||EXAMPLE 3|| BY TUTOR JERRY

INTRODUCTION TO BEAM||HOW TO FIND REACTION AT THE OF BEAM||EXAMPLE 3|| BY TUTOR JERRY

INTRODUCTION TO BEAM|| Fundamental concept by Tutor Jerry

INTRODUCTION TO BEAM|| Fundamental concept by Tutor Jerry

Deflection of beam using double integration method carrying uniformly distributed load

Deflection of beam using double integration method carrying uniformly distributed load

Deflection of Beam; Double integration method a beam with a central point load

Deflection of Beam; Double integration method a beam with a central point load

How to calculate the reaction at the support of a Beam; Example 2

How to calculate the reaction at the support of a Beam; Example 2

How to calculate the reaction at the support of a Beam;example 1

How to calculate the reaction at the support of a Beam;example 1

Vital Tutorial; Derivatives using first principle (arc cos x)

Vital Tutorial; Derivatives using first principle (arc cos x)

INTRODUCTION TO HOW TO CALCULATE REACTION AT THE SUPPORT OF A BEAM|| simple supported beam

INTRODUCTION TO HOW TO CALCULATE REACTION AT THE SUPPORT OF A BEAM|| simple supported beam

CALCULUS||HOW TO DIFFERENTIATE COSEC (X)||FIRST PRINCIPLE

CALCULUS||HOW TO DIFFERENTIATE COSEC (X)||FIRST PRINCIPLE

CALCULUS||HOW TO DIFFERENTIATE SEC(X)||FIRST PRINCIPLE

CALCULUS||HOW TO DIFFERENTIATE SEC(X)||FIRST PRINCIPLE

CALCULUS||HOW TO DIFFERENTIATE TAN(X)||FIRST PRINCIPLE

CALCULUS||HOW TO DIFFERENTIATE TAN(X)||FIRST PRINCIPLE

A Math Challenge: 20 Indices Questions Solved in One Go

A Math Challenge: 20 Indices Questions Solved in One Go

Fun algebra||Indices||Hardest question||

Fun algebra||Indices||Hardest question||

NUMBER BASE|| ADDITION AND SUBTRACTION OF BASE

NUMBER BASE|| ADDITION AND SUBTRACTION OF BASE

Cool maths||Hardest indices question||you can do this:

Cool maths||Hardest indices question||you can do this:

NUMBER BASE||ADDITION OF BASE

NUMBER BASE||ADDITION OF BASE

cool maths||Hardest binary equation||algebra

cool maths||Hardest binary equation||algebra

algebra||Base involving simultaneous equation||

algebra||Base involving simultaneous equation||

COOL MATHS||TRIGONOMETRY QUESTION||AlGEBRA||DEFRENTIATION

COOL MATHS||TRIGONOMETRY QUESTION||AlGEBRA||DEFRENTIATION

BASIC TRIGONOMETRY||HOW TO PROVE COS(3A)||TRIPLE ANGLES FORMULA

BASIC TRIGONOMETRY||HOW TO PROVE COS(3A)||TRIPLE ANGLES FORMULA

BASIC TRIGONOMETRY||HOW TO PROVE SIN(3A)|| TRIPLE ANGLES

BASIC TRIGONOMETRY||HOW TO PROVE SIN(3A)|| TRIPLE ANGLES

BASIC TRIGONOMETRY||HOW TO PROVE TAN(3A)|| TRIPLE ANGLES

BASIC TRIGONOMETRY||HOW TO PROVE TAN(3A)|| TRIPLE ANGLES

Mastering Simultaneous Equations that requires indices:

Mastering Simultaneous Equations that requires indices:

cool maths||Indices||algebra

cool maths||Indices||algebra

algebra||Exponential Indices

algebra||Exponential Indices

COLLEGE ALGEBRA||INDICES QUESTION IN TERMS OF ALGEBRAIC EXPRESSION

COLLEGE ALGEBRA||INDICES QUESTION IN TERMS OF ALGEBRAIC EXPRESSION

COLLEGE ALGEBRA||INDICES QUESTION LEADING TO QUADRATIC EQUATION

COLLEGE ALGEBRA||INDICES QUESTION LEADING TO QUADRATIC EQUATION

INDICES||SOLUTION TO WEST AFRICA EXAMINATION COUNCIL ON INDICES

INDICES||SOLUTION TO WEST AFRICA EXAMINATION COUNCIL ON INDICES

COLLEGE ALGEBRA||HARDEST INDICES QUESTION @Vital183

COLLEGE ALGEBRA||HARDEST INDICES QUESTION @Vital183

TWENTY INDICES QUESTION IN ONE TAKE!!

TWENTY INDICES QUESTION IN ONE TAKE!!

BASIC TRIGONOMETRY||HOW TO PROVE DOUBLE ANGLE FORMULA

BASIC TRIGONOMETRY||HOW TO PROVE DOUBLE ANGLE FORMULA

INDICES||TWENTY ORDINARY INDICES QUESTION

INDICES||TWENTY ORDINARY INDICES QUESTION

LAWS OF INDICES||SIMPLIFIED!!

LAWS OF INDICES||SIMPLIFIED!!

BASIC TRIGONOMETRY||HOW TO PROVE SUM OF ANGLES

BASIC TRIGONOMETRY||HOW TO PROVE SUM OF ANGLES

BASIC TRIGONOMETRY||TRIGONOMETRIC RATIOS OF SPECIAL ANGLES

BASIC TRIGONOMETRY||TRIGONOMETRIC RATIOS OF SPECIAL ANGLES

BASIC TRIGONOMETRY||TRIGONOMETRIC RATIOS OF ACUTE ANGLES

BASIC TRIGONOMETRY||TRIGONOMETRIC RATIOS OF ACUTE ANGLES

BASIC TRIGONOMETRY||RELATIONSHIP BETWEEN DEGREE AND RADIAN

BASIC TRIGONOMETRY||RELATIONSHIP BETWEEN DEGREE AND RADIAN

Twenty Derivatives||using first principle||Question (11-20)

Twenty Derivatives||using first principle||Question (11-20)

Twenty derivatives|| using first principle|| in one take but ten by ten form||Question (1-10)

Twenty derivatives|| using first principle|| in one take but ten by ten form||Question (1-10)

CALCULUS||HOW TO DIFFERENTIATE a^x|| EXPONENTIAL METHOD

CALCULUS||HOW TO DIFFERENTIATE a^x|| EXPONENTIAL METHOD

CALCULUS||HOW TO DIFFERENTIATE a^x

CALCULUS||HOW TO DIFFERENTIATE a^x

CALCULUS||HOW TO DIFFERENTIATE COSEC(X)||CHAIN RULE

CALCULUS||HOW TO DIFFERENTIATE COSEC(X)||CHAIN RULE

CALCULUS||HOW TO DIFFERENTIATE COT(X)||CHAIN RULE

CALCULUS||HOW TO DIFFERENTIATE COT(X)||CHAIN RULE

CALCULUS||HOW TO DIFFERENTIATE SEC(X)||Quotient rule

CALCULUS||HOW TO DIFFERENTIATE SEC(X)||Quotient rule

CALCULUS||HOW TO DIFFERENTIATE TAN(X)|| CHAIN RULE

CALCULUS||HOW TO DIFFERENTIATE TAN(X)|| CHAIN RULE

CALCULUS||HOW TO DIFFERENTIATE SIN(X)||FIRST PRINCIPLE

CALCULUS||HOW TO DIFFERENTIATE SIN(X)||FIRST PRINCIPLE

CALCULUS||HOW TO DIFFERENTIATE COS(X)||FIRST PRINCIPLE

CALCULUS||HOW TO DIFFERENTIATE COS(X)||FIRST PRINCIPLE

CALCULUS||HOW TO PROVE/ DERIVE|| tan x /x as x approaches 0

CALCULUS||HOW TO PROVE/ DERIVE|| tan x /x as x approaches 0

CALCULUS||HOW TO DERIVE LOGARITHMIC FUNCTION||FIRST PRINCIPLE

CALCULUS||HOW TO DERIVE LOGARITHMIC FUNCTION||FIRST PRINCIPLE

DERIVATIVE OF NATURAL EXPONENTIAL FUNCTION

DERIVATIVE OF NATURAL EXPONENTIAL FUNCTION

CALCULUS||HOW TO DERIVE CHAIN RULE||FUNCTION OF FUNCTION OF Fg(x)||FIRST PRINCIPLE

CALCULUS||HOW TO DERIVE CHAIN RULE||FUNCTION OF FUNCTION OF Fg(x)||FIRST PRINCIPLE

CALCULUS||HOW TO DIFFERENTIATE ARBITRARY CONSTANT||FIRST PRINCIPLE

CALCULUS||HOW TO DIFFERENTIATE ARBITRARY CONSTANT||FIRST PRINCIPLE

CALCULUS||HOW TO DERIVE QUOTIENT RULE||FIRST PRINCIPLE

CALCULUS||HOW TO DERIVE QUOTIENT RULE||FIRST PRINCIPLE

CALCULUS||HOW TO DERIVE POLYNOMIAL ALGEBRAIC||FORM X^n||FIRST PRINCIPLE

CALCULUS||HOW TO DERIVE POLYNOMIAL ALGEBRAIC||FORM X^n||FIRST PRINCIPLE

CALCULUS||HOW TO DERIVE SUM RULE||FIRST PRINCIPLE

CALCULUS||HOW TO DERIVE SUM RULE||FIRST PRINCIPLE

CALCULUS||HOW TO PROVE PRODUCT RULE||FIRST PRINCIPLE

CALCULUS||HOW TO PROVE PRODUCT RULE||FIRST PRINCIPLE

CALCULUS|| PROVE OF THE GENERAL RULE OF THE FORM F(X)

CALCULUS|| PROVE OF THE GENERAL RULE OF THE FORM F(X)

CALCULUS||HOW TO PROVE DIFFERENCE RULE|| FIRST PRINCIPLE CONCEPT

CALCULUS||HOW TO PROVE DIFFERENCE RULE|| FIRST PRINCIPLE CONCEPT

basic concept of derivative introduction

basic concept of derivative introduction

Basic Algebra||Basic concept of mathematics|| Lecture 2

Basic Algebra||Basic concept of mathematics|| Lecture 2

Algebra||Basic concept of mathematics|| LECTURE 1

Algebra||Basic concept of mathematics|| LECTURE 1

vital tutorial introduction

vital tutorial introduction