Канал: Amr El-Dhaba

5 Increasing&DecreasingFunctions

5 Increasing&DecreasingFunctions

كلية الهندسة 26 10 2024

كلية الهندسة 26 10 2024

4 Implicit derivative

4 Implicit derivative

3 Conteneous functions

3 Conteneous functions

3 Separable ODE

3 Separable ODE

2 Vertical and horizontal asymptotes

2 Vertical and horizontal asymptotes

1 Integrating factors

1 Integrating factors

2- Limits of Functions - definition of limits - Techniques for Finding Limits

2- Limits of Functions - definition of limits - Techniques for Finding Limits

Limits of functions

Limits of functions

Insert numbers for equations in word Part 2

Insert numbers for equations in word Part 2

Insert numbers for equations in word-Part 1

Insert numbers for equations in word-Part 1

9 Center of gravity

9 Center of gravity

8 Applications to space mechanics

8 Applications to space mechanics

7 Kepler’s laws of planetary motion

7 Kepler’s laws of planetary motion

6-Constrained straight-line motion

6-Constrained straight-line motion

11 Happy Elastic Cube

11 Happy Elastic Cube

12 How to shows your results while COMSOL working on

12 How to shows your results while COMSOL working on

Deep Learning Andreas Pester Part 2

Deep Learning Andreas Pester Part 2

Deep Learning Andreas Pester Part 1

Deep Learning Andreas Pester Part 1

Lecture 3 Continuum mechanics Operation on Cartesian tensors

Lecture 3 Continuum mechanics Operation on Cartesian tensors

Tutorial 2: Continuum Mechanics Transformation of coordinates

Tutorial 2: Continuum Mechanics Transformation of coordinates

Lecture 2 Continuum Mechanics Introduction to Cartesian tensors

Lecture 2 Continuum Mechanics Introduction to Cartesian tensors

Tutorial 1 Continuum Mechanics Introduction to cartesian tensors

Tutorial 1 Continuum Mechanics Introduction to cartesian tensors

Lecture 1 Continuum Mechanics Introduction to Cartesian tensors

Lecture 1 Continuum Mechanics Introduction to Cartesian tensors

د محمود النابي أستاذ الرياضيات البحتة بجامعة القاهرة وحديثه عن عالم الرياضيات إقليدس

د محمود النابي أستاذ الرياضيات البحتة بجامعة القاهرة وحديثه عن عالم الرياضيات إقليدس

مناقشة رسالة الدكتوراة المقدمة من الطالبة فاطمة الصفتي كلية العلوم جامعة دمنهور

مناقشة رسالة الدكتوراة المقدمة من الطالبة فاطمة الصفتي كلية العلوم جامعة دمنهور

Lecture 7 2nd Lecture by Prof Mourad Ismail

Lecture 7 2nd Lecture by Prof Mourad Ismail

Lecture 6 Thermal Analysis with OnScale Solve

Lecture 6 Thermal Analysis with OnScale Solve

Lecture for Prof Mourad Ismail

Lecture for Prof Mourad Ismail

Lecture 11 Reduction of System of Forces to Wrench

Lecture 11 Reduction of System of Forces to Wrench

Lecture 12 Applications

Lecture 12 Applications

Lecture 10 2 Revision, Equivalent System of Force, Reduction of System of Forces

Lecture 10 2 Revision, Equivalent System of Force, Reduction of System of Forces

سمينار جامعة القاهرة د أحمد مصطفي جامعة سيدني

سمينار جامعة القاهرة د أحمد مصطفي جامعة سيدني

Lecture 8 Position Vector & Force and Moment of Force

Lecture 8 Position Vector & Force and Moment of Force

Lecture 9 Resultant Force & Resultant Moment

Lecture 9 Resultant Force & Resultant Moment

Lecture 10 1 Revision, Equivalent System of Force, Reduction of System of Forces

Lecture 10 1 Revision, Equivalent System of Force, Reduction of System of Forces

Lecture 7 Differential operators and Applications

Lecture 7 Differential operators and Applications

Lecture 6 2 Derivative of scalar field

Lecture 6 2 Derivative of scalar field

Lecture 6 1 Vector valued function and scalar field

Lecture 6 1 Vector valued function and scalar field

Lecture 5 Triple Vector product

Lecture 5 Triple Vector product

Lecture 5 Solved Examples on Angular Acceleration

Lecture 5 Solved Examples on Angular Acceleration

Lecture 6 Applications of Lorentz Transformation

Lecture 6 Applications of Lorentz Transformation

Lecture 4 Solved Examples on Relative Velocity

Lecture 4 Solved Examples on Relative Velocity

Lecture 3 Relative Velocity

Lecture 3 Relative Velocity

Lecture 5 Derivation of Lorentz Transformation

Lecture 5 Derivation of Lorentz Transformation

Lecture 4 Michelson Morley Experiment

Lecture 4 Michelson Morley Experiment

Lecture 3 Maxwell’s Equations

Lecture 3 Maxwell’s Equations

Lecture 2 Basic definitions 1

Lecture 2 Basic definitions 1

Lecture 2 Basic Definitions

Lecture 2 Basic Definitions

10- Modeling the KdV equation in COMSOL Multiphysics by General form PDE

10- Modeling the KdV equation in COMSOL Multiphysics by General form PDE

كيفية استخدام ميكروسوفت تيم في التعليم الإلكتروني وإدارة الفصول التعليمية

كيفية استخدام ميكروسوفت تيم في التعليم الإلكتروني وإدارة الفصول التعليمية

Basic Sciences Research Grants – STDF

Basic Sciences Research Grants – STDF

Wave propagation over a beach within a nonlinear theory

Wave propagation over a beach within a nonlinear theory

Lecture 4 Vector product

Lecture 4 Vector product

Lecture 3 Scalar product of two vectors

Lecture 3 Scalar product of two vectors

Lecture 2 addition for two vectors

Lecture 2 addition for two vectors

Lecture 1 Vectors

Lecture 1 Vectors

Lecture 1 General introduction to the special theory of relativity

Lecture 1 General introduction to the special theory of relativity

طريقة ربط الموبايل باللابتوب لاستخدامه في شرح المحاضرات

طريقة ربط الموبايل باللابتوب لاستخدامه في شرح المحاضرات

كيفية إنشاء قائمة تشغيل في اليوتيوب وكيفية رفع الفيديو

كيفية إنشاء قائمة تشغيل في اليوتيوب وكيفية رفع الفيديو

Lecture 7 The commutator

Lecture 7 The commutator

Lecture 6 Properties of Dirac's notations

Lecture 6 Properties of Dirac's notations

Lecture 8 Solved examples on resultant of forces

Lecture 8 Solved examples on resultant of forces

Numerical solution for PDEs

Numerical solution for PDEs

Lecture 5 Inner product and Dirac notation

Lecture 5 Inner product and Dirac notation

Lecture 4 Correspondence principle

Lecture 4 Correspondence principle

Lecture 3 Proving that the momentum can be expressed as an operator in quantum mechanics

Lecture 3 Proving that the momentum can be expressed as an operator in quantum mechanics

Lecture 2 Expectation values of momentum

Lecture 2 Expectation values of momentum

How do you record your computer screen

How do you record your computer screen

Lecture 1 Introduction to Quantum Mechanics

Lecture 1 Introduction to Quantum Mechanics

7-Addition of forces by summing components

7-Addition of forces by summing components

Lecture 13 Specific terms of sequence or recurrence sequence

Lecture 13 Specific terms of sequence or recurrence sequence

Lecture 12 Using MATHEMATICA to generate tables with more than one index

Lecture 12 Using MATHEMATICA to generate tables with more than one index

Lecture 11 Using MATHEMATICA to generate a table with one index

Lecture 11 Using MATHEMATICA to generate a table with one index

8 Solving 1st order ODEs by Maple

8 Solving 1st order ODEs by Maple

8-General method for finding integrating factors

8-General method for finding integrating factors

Lecture 10 Definite and indefinite integrals by built in integral symbol

Lecture 10 Definite and indefinite integrals by built in integral symbol

7 Exact first order differential equations

7 Exact first order differential equations

Lecture 9 Mixed partial derivative of a function of two variables & its graph in 3D

Lecture 9 Mixed partial derivative of a function of two variables & its graph in 3D

Lecture 8 Derivative of a function with one variable & Differential operator

Lecture 8 Derivative of a function with one variable & Differential operator

7 Matrices in Maple

7 Matrices in Maple

Lecture 7 Limit of a function of two variables

Lecture 7 Limit of a function of two variables

Lecture 6 Define piecewise function, Plot Piecewise function & limits

Lecture 6 Define piecewise function, Plot Piecewise function & limits

6- Force with its components

6- Force with its components

Lecture 5 Plot functions in Mathematica

Lecture 5 Plot functions in Mathematica

6- Methods of solution for 1st order ODEs:- Equations reducible to separable form

6- Methods of solution for 1st order ODEs:- Equations reducible to separable form

Lecture 4 Define functions in Mathematica

Lecture 4 Define functions in Mathematica

5-Methods of solution for 1st order ODEs - Separation of variables

5-Methods of solution for 1st order ODEs - Separation of variables

Lecture 3 Variables and Functions in Mathematica II

Lecture 3 Variables and Functions in Mathematica II

Lecture 2 Variables and Functions in Mathematica

Lecture 2 Variables and Functions in Mathematica

Lecture 1- Introduction to Mathematica

Lecture 1- Introduction to Mathematica

3 How to write an equation in Scientific workplace 5 5

3 How to write an equation in Scientific workplace 5 5

4-Classiﬁcation of Differential Equations

4-Classiﬁcation of Differential Equations

6-Do Loop

6-Do Loop

5-fieldplot & gradplot in 2D and 3D

5-fieldplot & gradplot in 2D and 3D

3-Basic Concepts 2

3-Basic Concepts 2

Impact Factor & Q's

Impact Factor & Q's

2-Applications

2-Applications

1-Basic Concepts 1

1-Basic Concepts 1

5-Solved problems on vectors

5-Solved problems on vectors

Open your forms

Open your forms

طريقة تسمية البحث

طريقة تسمية البحث

3-Insert citation, Bibliography & style in Mendeley

3-Insert citation, Bibliography & style in Mendeley

8-Plot function of 𝒙 & 𝒕 by COMSOL Multiphysics

8-Plot function of 𝒙 & 𝒕 by COMSOL Multiphysics

7-Solving the non linear long short wave equation by COMSOL Multiphysics

7-Solving the non linear long short wave equation by COMSOL Multiphysics

4-Mathematical operations on vectors

4-Mathematical operations on vectors

2- Web Importer in Mendeley

2- Web Importer in Mendeley

1-Mendeley desktop

1-Mendeley desktop

3 Geometrical representation

3 Geometrical representation

6-Modeling two coupled system of PDEs by COMSOL Multiphysics

6-Modeling two coupled system of PDEs by COMSOL Multiphysics

Lecture 2- Introduction to vectors

Lecture 2- Introduction to vectors

5-Modeling the telegraph equation by COMSOL Multiphysics

5-Modeling the telegraph equation by COMSOL Multiphysics

1-Statics and dynamics of mechanical systems

1-Statics and dynamics of mechanical systems

4-Plot functions in 2D & 3D

4-Plot functions in 2D & 3D

4-Solving time-dependent 1D PDE by COMSOL Multiphysics

4-Solving time-dependent 1D PDE by COMSOL Multiphysics

3-How to use parameters in Comsol Multiphysics

3-How to use parameters in Comsol Multiphysics

3-How to define a function in Maple

3-How to define a function in Maple

What is Comsol Multiphysics

What is Comsol Multiphysics

2 Your first step in Scientific workplace 5.5

2 Your first step in Scientific workplace 5.5

2 Your first step

2 Your first step

Lecture 12:- How to write review article

Lecture 12:- How to write review article

Lecture 11:- Inverse Hooke’s law for isotropic materials

Lecture 11:- Inverse Hooke’s law for isotropic materials

Lecture 10:- Hooke’s law for Isotropic Materials

Lecture 10:- Hooke’s law for Isotropic Materials

1-Setup and activate Comsol Multiphysics

1-Setup and activate Comsol Multiphysics

2- Your first step

2- Your first step

1- How to setup Scientific workplace 5.5

1- How to setup Scientific workplace 5.5

Easy Math Channel 2020 (EMC2020)

Easy Math Channel 2020 (EMC2020)

Lecture 9:- Hooke’s law

Lecture 9:- Hooke’s law

Lecture 8:- Geometrical strain tensor

Lecture 8:- Geometrical strain tensor

Lecture 7:- Strain tensor

Lecture 7:- Strain tensor

Lecture 6:- Motion description

Lecture 6:- Motion description

Lecture 5:- Equations of Motion

Lecture 5:- Equations of Motion

Lecture 4:-Basic Definitions 2

Lecture 4:-Basic Definitions 2

Lecture 3:- Basic Definitions 1

Lecture 3:- Basic Definitions 1

Lecture 2:-Transformation of coordinates

Lecture 2:-Transformation of coordinates

Lecture 1:- Introduction to Cartesian tensors

Lecture 1:- Introduction to Cartesian tensors