Канал: ansar Jamil

Myrobotz - Swimming Robot di SiGS round 1

Myrobotz - Swimming Robot di SiGS round 1

Myrobotz Swimmimg Robot - round 2

Myrobotz Swimmimg Robot - round 2

Myrobotz - Swimming Robot-Round 3

Myrobotz - Swimming Robot-Round 3

Myrobotz Kinetic Car Challenge 2024 (Johor) : Team SKSG1 dari SK Seri Gading

Myrobotz Kinetic Car Challenge 2024 (Johor) : Team SKSG1 dari SK Seri Gading

Agro-IoT Smart Fertigation System di Parit Daun, Parit Raja, Batu Pahat... Product of UTHM

Agro-IoT Smart Fertigation System di Parit Daun, Parit Raja, Batu Pahat... Product of UTHM

Smart Rock Melon Farm, PTU, UTHM menggunakan Agro-IoT: Smart Fertigation System

Smart Rock Melon Farm, PTU, UTHM menggunakan Agro-IoT: Smart Fertigation System

Pemasangan Agro-IoT Smart Fertigation System Outdoor

Pemasangan Agro-IoT Smart Fertigation System Outdoor

Agro-IoT Smart Fertigation System : Fasa pembangunan

Agro-IoT Smart Fertigation System : Fasa pembangunan

Automatic Dosing System for Hydroponic

Automatic Dosing System for Hydroponic

MEBOT - Petrosains RBTX 2022- Line Tracer (open)

MEBOT - Petrosains RBTX 2022- Line Tracer (open)

Smart Hydroponic System Using Internet of Things (ATRC)

Smart Hydroponic System Using Internet of Things (ATRC)

Team MEBOT Advance - Sek. Men. Agama Parit Raja (SMAPR)- RBTX Robo Tracer Advance

Team MEBOT Advance - Sek. Men. Agama Parit Raja (SMAPR)- RBTX Robo Tracer Advance

TTGO- LoRa Esp32 - Range Test (6.5km)

TTGO- LoRa Esp32 - Range Test (6.5km)

Bellman Ford Algorithm: How to Compute the Shortest Path

Bellman Ford Algorithm: How to Compute the Shortest Path

Easy and Simple Chilli Hydroponic using Recycled Cooking Oil Bottle (Version 2)

Easy and Simple Chilli Hydroponic using Recycled Cooking Oil Bottle (Version 2)

Easy and Simple Chilli Hydroponic using Recycled Cooking Oil Bottle

Easy and Simple Chilli Hydroponic using Recycled Cooking Oil Bottle

Guppy yang jinak...🙂🙂

Guppy yang jinak...🙂🙂

A Simple 7 Segments Display Experiment

A Simple 7 Segments Display Experiment

Cara Tanam Kangkung Kaedah Kratky tanpa Rockwool

Cara Tanam Kangkung Kaedah Kratky tanpa Rockwool

Jom Tanam Sawi Guna Kaedah Hidroponik Kratky...

Jom Tanam Sawi Guna Kaedah Hidroponik Kratky...

Lecture 4.30: Math2- (Example 3) Electrical Circuit Application in Laplace Transform

Lecture 4.30: Math2- (Example 3) Electrical Circuit Application in Laplace Transform

Lecture 4.29: Math2- (Example 2) Electrical Circuit Application in Laplace Transform

Lecture 4.29: Math2- (Example 2) Electrical Circuit Application in Laplace Transform

Lecture 4.28: Math2- Example 1- Electrical Circuit Application in Laplace Transform

Lecture 4.28: Math2- Example 1- Electrical Circuit Application in Laplace Transform

Lecture 4.27: Math2-Intro. of Electrical Circuit Application in Laplace Transform

Lecture 4.27: Math2-Intro. of Electrical Circuit Application in Laplace Transform

Lecture 5.21: SnS - Circuit Application in Laplace Transform

Lecture 5.21: SnS - Circuit Application in Laplace Transform

Lecture 5.20: SnS - Linear Constant Coefficient Differential Equation (LCCDE) in Laplace Transform

Lecture 5.20: SnS - Linear Constant Coefficient Differential Equation (LCCDE) in Laplace Transform

Lecture 5.19: SnS - Stability of System

Lecture 5.19: SnS - Stability of System

Lecture 5.18: SnS - Anti-Causality in Laplace Transforms

Lecture 5.18: SnS - Anti-Causality in Laplace Transforms

Lecture 5.17: SnS - Causality in Laplace Transform

Lecture 5.17: SnS - Causality in Laplace Transform

Lecture 5.16: SnS - Linear Time Invariant System (LTI) in Laplace Transform

Lecture 5.16: SnS - Linear Time Invariant System (LTI) in Laplace Transform

Lecture 5.15: SnS - Multiple Signal Transformation in Laplace Transform

Lecture 5.15: SnS - Multiple Signal Transformation in Laplace Transform

Lecture 5.14: SnS - Differentiation in S-Domain Property of Laplace Transform

Lecture 5.14: SnS - Differentiation in S-Domain Property of Laplace Transform

Lecture 5.12: SnS - Time Differentiation Property of Laplace Transform

Lecture 5.12: SnS - Time Differentiation Property of Laplace Transform

Lecture 5.11: SnS - Convolution Property of Laplace Transform

Lecture 5.11: SnS - Convolution Property of Laplace Transform

Lecture 5.10: SnS - Time Scaling Property of Laplace Transform

Lecture 5.10: SnS - Time Scaling Property of Laplace Transform

Lecture 5.9: SnS - Shifting in S-domain Property of Laplace Transform

Lecture 5.9: SnS - Shifting in S-domain Property of Laplace Transform

Lecture 5.8: SnS - Time Shifting Property of Laplace Transform

Lecture 5.8: SnS - Time Shifting Property of Laplace Transform

Lecture 5.7: SnS - Linearity Property of Laplace Transform

Lecture 5.7: SnS - Linearity Property of Laplace Transform

Lecture 4.26: Math2-Laplace Transform of Periodic Functions

Lecture 4.26: Math2-Laplace Transform of Periodic Functions

Lecture 5.6: SnS- How to Determine Region of Convergence (RoC)

Lecture 5.6: SnS- How to Determine Region of Convergence (RoC)

Lecture 5.5: SnS- Property of Region of Convergence (RoC)

Lecture 5.5: SnS- Property of Region of Convergence (RoC)

Lecture 5.4: SnS- Region of Convergence (RoC)

Lecture 5.4: SnS- Region of Convergence (RoC)

Lecture 5.3: SnS- Finding Laplace Transform using Laplace Transform Pair Table

Lecture 5.3: SnS- Finding Laplace Transform using Laplace Transform Pair Table

Lecture 5.2: SnS- Finding Laplace Transform using Definition of Laplace Transform

Lecture 5.2: SnS- Finding Laplace Transform using Definition of Laplace Transform

Lecture 5.1: SnS- Relationship of Laplace Transform and Fourier Transform

Lecture 5.1: SnS- Relationship of Laplace Transform and Fourier Transform

Lecture 5.0: SnS- Introduction of Laplace Transform and Its Definition

Lecture 5.0: SnS- Introduction of Laplace Transform and Its Definition

Lecture 4.25: Math2-Laplace Transform of Unit Impulse Function

Lecture 4.25: Math2-Laplace Transform of Unit Impulse Function

Lecture 4.24: Math2-Unit Impulse Function

Lecture 4.24: Math2-Unit Impulse Function

Lecture 4.23: Math2-Inverse Laplace Transform (Unit Step Function)

Lecture 4.23: Math2-Inverse Laplace Transform (Unit Step Function)

Lecture 4.22: Math2- Laplace Transform for Unit Step Function

Lecture 4.22: Math2- Laplace Transform for Unit Step Function

Lecture 4.21: Math2- How to Change Piecewise to Function to Unit Step function.

Lecture 4.21: Math2- How to Change Piecewise to Function to Unit Step function.

Lecture 4.20: Math2- Sketch Graph of Unit Step Function (Non-Continuous Function)

Lecture 4.20: Math2- Sketch Graph of Unit Step Function (Non-Continuous Function)

Lecture 4.19: Math2- Heaviside Unit Step Function (Non-Continuous Function)

Lecture 4.19: Math2- Heaviside Unit Step Function (Non-Continuous Function)

Lecture 4.18: Math2-Laplace Transform for Piecewise Function (Non-Continuous Function)

Lecture 4.18: Math2-Laplace Transform for Piecewise Function (Non-Continuous Function)

Lecture 4.27: SnS- Power Analysis and Parseval's Theorem (Application Fourier Transform)

Lecture 4.27: SnS- Power Analysis and Parseval's Theorem (Application Fourier Transform)

Lecture 4.26: SnS- Circuit Analysis (Application Fourier Transform)

Lecture 4.26: SnS- Circuit Analysis (Application Fourier Transform)

Lecture 4.25: SnS- Linear Constant Coefficient Differential Equation (LCCDE) - Part 2

Lecture 4.25: SnS- Linear Constant Coefficient Differential Equation (LCCDE) - Part 2

Lecture 4.24: SnS- Linear Constant Coefficient Differential Equation (LCCDE) - Part 1

Lecture 4.24: SnS- Linear Constant Coefficient Differential Equation (LCCDE) - Part 1

Lecture 4.23: SnS- LTI System - Applications of Fourier Transform- Part 2

Lecture 4.23: SnS- LTI System - Applications of Fourier Transform- Part 2

Lecture 4.22: SnS- LTI System - Applications of Fourier Transform

Lecture 4.22: SnS- LTI System - Applications of Fourier Transform

Lecture 4.22: SnS- Multiple Signal Transformation In Fourier Transform

Lecture 4.22: SnS- Multiple Signal Transformation In Fourier Transform

Projek DIY Set Hidroponik 12 Lubang yang Mudah dan Murah

Projek DIY Set Hidroponik 12 Lubang yang Mudah dan Murah

Lecture 4.17: Math2-Solving Linear Differential Equation using Laplace Transform

Lecture 4.17: Math2-Solving Linear Differential Equation using Laplace Transform

Lecture 4.16: Math2 - Laplace Transform of Derivatives

Lecture 4.16: Math2 - Laplace Transform of Derivatives

Lecture 4.15: Math2 - Summary of Techniques and Theorem of Inverse Laplace Transform

Lecture 4.15: Math2 - Summary of Techniques and Theorem of Inverse Laplace Transform

Lecture 4.14: Math2-Inverse Laplace Transform ( Convolution Theorem)

Lecture 4.14: Math2-Inverse Laplace Transform ( Convolution Theorem)

Lecture 4.13: Math2-Inverse Laplace Transform ( Theorem of integral)

Lecture 4.13: Math2-Inverse Laplace Transform ( Theorem of integral)

Lecture 4.21: SnS- Convolution in w Property of Fourier Transform

Lecture 4.21: SnS- Convolution in w Property of Fourier Transform

Lecture 4.20: SnS- Convolution in t Property of Fourier Transform

Lecture 4.20: SnS- Convolution in t Property of Fourier Transform

Lecture 4.19: SnS- Duality Property of Fourier Transform

Lecture 4.19: SnS- Duality Property of Fourier Transform

Lecture 4.18: SnS- Time Reversal Property of Fourier Transform

Lecture 4.18: SnS- Time Reversal Property of Fourier Transform

Lecture 4.17: SnS- Frequency Differentiation Property of Fourier Transform

Lecture 4.17: SnS- Frequency Differentiation Property of Fourier Transform

Lecture 4.16: SnS- Time Integration Property of Fourier Transform

Lecture 4.16: SnS- Time Integration Property of Fourier Transform

Lecture 4.15: SnS- nth Order Time Differentiation Property of Fourier Transform

Lecture 4.15: SnS- nth Order Time Differentiation Property of Fourier Transform

Lecture 4.14: SnS- 1st Order Time Differentiation Property of Fourier Transform

Lecture 4.14: SnS- 1st Order Time Differentiation Property of Fourier Transform

Lecture 4.13: SnS- Modulation Property of Fourier Transform (Part 2)

Lecture 4.13: SnS- Modulation Property of Fourier Transform (Part 2)

Lecture 4.12: SnS- Modulation Property of Fourier Transform

Lecture 4.12: SnS- Modulation Property of Fourier Transform

Lecture 4.12: Math2-Inverse Laplace Transform ( Partial Fraction : Method of Comparing Coefficient)

Lecture 4.12: Math2-Inverse Laplace Transform ( Partial Fraction : Method of Comparing Coefficient)

Lecture 4.11: Math2-Inverse Laplace Transform ( Partial Fraction : Method of Simultaneous Equations)

Lecture 4.11: Math2-Inverse Laplace Transform ( Partial Fraction : Method of Simultaneous Equations)

Lecture 4.10: Math2- Inverse Laplace Transform (How to do Partial Fraction Expansion)

Lecture 4.10: Math2- Inverse Laplace Transform (How to do Partial Fraction Expansion)

Lecture 4.9: Math2-Inverse Laplace Transform (Method of Competing Square)

Lecture 4.9: Math2-Inverse Laplace Transform (Method of Competing Square)

Lecture 4.8: Math2 - Inverse Laplace Transform (The First Shift Theorem)

Lecture 4.8: Math2 - Inverse Laplace Transform (The First Shift Theorem)

Lecture 4.7: Math2- Inverse Laplace Transform (Linearity Property)

Lecture 4.7: Math2- Inverse Laplace Transform (Linearity Property)

Lecture 4.6: Math2 - Inverse Laplace Transform (using Table of Laplace Transform)

Lecture 4.6: Math2 - Inverse Laplace Transform (using Table of Laplace Transform)

Lecture 4.11: SnS- Frequency Shifting Property of Fourier Transform

Lecture 4.11: SnS- Frequency Shifting Property of Fourier Transform

Lecture 4.10: SnS- Time Shifting Property of Fourier Transform

Lecture 4.10: SnS- Time Shifting Property of Fourier Transform

Lecture 4.9: SnS- Time Scaling Property of Fourier Transform

Lecture 4.9: SnS- Time Scaling Property of Fourier Transform

Lecture 4.8: SnS- Linearity Property of Fourier Transform

Lecture 4.8: SnS- Linearity Property of Fourier Transform

Lecture 4.5: Math2-Dividing a Function by t

Lecture 4.5: Math2-Dividing a Function by t

Lecture 4.4: Math2: Derivatives of Transform (Multiplying a Function with t^n

Lecture 4.4: Math2: Derivatives of Transform (Multiplying a Function with t^n

Lecture 4.7: SnS- (Example 2) Partial Fraction Expansion Method of Inverse Fourier Transform

Lecture 4.7: SnS- (Example 2) Partial Fraction Expansion Method of Inverse Fourier Transform

Lecture 4.6: SnS- Partial Fraction Expansion Method of Inverse Fourier Transform

Lecture 4.6: SnS- Partial Fraction Expansion Method of Inverse Fourier Transform

Lecture 4.5: SnS - Fourier Transform Pair

Lecture 4.5: SnS - Fourier Transform Pair

Lecture 4.4: SnS- (Example 4) Definition of Fourier Transform

Lecture 4.4: SnS- (Example 4) Definition of Fourier Transform

Lecture 4.3: SnS- (Example 3) Definition of Fourier Transform

Lecture 4.3: SnS- (Example 3) Definition of Fourier Transform

Lecture 4.2: SnS- (Example 2) Definition of Fourier Transform

Lecture 4.2: SnS- (Example 2) Definition of Fourier Transform

Lecture 4.1: Definition of Fourier Transform

Lecture 4.1: Definition of Fourier Transform

Lecture 4.0: Introduction of Fourier Transform

Lecture 4.0: Introduction of Fourier Transform

Lecture 4.3: Math 2: The First Shift Theorem for Laplace Transform

Lecture 4.3: Math 2: The First Shift Theorem for Laplace Transform

Lecture 4.2: Math 2 - Linearity of Laplace Transform

Lecture 4.2: Math 2 - Linearity of Laplace Transform

Lecture 3.19: SnS - (Example 2) Circuit Application in Fourier Series

Lecture 3.19: SnS - (Example 2) Circuit Application in Fourier Series

Lecture 3.18: SnS - (Example 1) Circuit Application in Fourier Series

Lecture 3.18: SnS - (Example 1) Circuit Application in Fourier Series

Lecture 3.17: SnS - Circuit Application in Fourier Series

Lecture 3.17: SnS - Circuit Application in Fourier Series

Lecture 4.1: Math 2: Table of Laplace Transform

Lecture 4.1: Math 2: Table of Laplace Transform

Lecture 4.0: Math 2 - Definition of Laplace Transform

Lecture 4.0: Math 2 - Definition of Laplace Transform

Lecture 3.16: SnS - Example 2 (Average Power and Parseval Theorem)

Lecture 3.16: SnS - Example 2 (Average Power and Parseval Theorem)

Lecture 3.15: SnS - Example 1 (Average Power and Parseval Theorem)

Lecture 3.15: SnS - Example 1 (Average Power and Parseval Theorem)

Lecture 3.14: SnS: Average power and Parseval theorem (Fourier Series)

Lecture 3.14: SnS: Average power and Parseval theorem (Fourier Series)

Lecture 3.13: SnS - Response of LTI System (Graphical Method - Part 2)

Lecture 3.13: SnS - Response of LTI System (Graphical Method - Part 2)

Lecture 3.12: SnS - Response of LTI System (Graphical Method - Part 1)

Lecture 3.12: SnS - Response of LTI System (Graphical Method - Part 1)

Lecture 3.11: SnS: Response of a LTI System (Mathematical method)

Lecture 3.11: SnS: Response of a LTI System (Mathematical method)

Lecture 3.10: SnS - Response of a LTI System for a Periodic Input Signal (Fourier Series)

Lecture 3.10: SnS - Response of a LTI System for a Periodic Input Signal (Fourier Series)

Lecture 3.9: SnS - Symmetrical Property of Fourier Series

Lecture 3.9: SnS - Symmetrical Property of Fourier Series

Lecture 3.8: SnS - Gibbs Phenomenon

Lecture 3.8: SnS - Gibbs Phenomenon

Lecture 3.16: Math2- [Example 3.10 (Part 3)] Application of System of 1st Order Linear ODE

Lecture 3.16: Math2- [Example 3.10 (Part 3)] Application of System of 1st Order Linear ODE

Lecture 3.15: Math2- [Example 3.10 (Part 2)] Application of System of 1st Order Linear ODE

Lecture 3.15: Math2- [Example 3.10 (Part 2)] Application of System of 1st Order Linear ODE

Lecture 3.14: Math2- [Example 3.10 (Part 1)] Application of System of 1st Order Linear ODE

Lecture 3.14: Math2- [Example 3.10 (Part 1)] Application of System of 1st Order Linear ODE

Lecture 3.13: Math2- [Example 3.9 (Part 3)] Application of System of 1st Order Linear ODE

Lecture 3.13: Math2- [Example 3.9 (Part 3)] Application of System of 1st Order Linear ODE

Lecture 3.12: Math2- [Example 3.9 (Part 2)] Application of System of 1st Order Linear ODE

Lecture 3.12: Math2- [Example 3.9 (Part 2)] Application of System of 1st Order Linear ODE

Lecture 3.11: Math2- [Example 3.9 (Part 1)] Application of System of 1st Order Linear ODE

Lecture 3.11: Math2- [Example 3.9 (Part 1)] Application of System of 1st Order Linear ODE

Lecture 3.7: SnS: (Example 2) Trigonometric Fourier Series

Lecture 3.7: SnS: (Example 2) Trigonometric Fourier Series

Lecture 3.6: SnS - (Example 1) Trigonometric Fourier Series

Lecture 3.6: SnS - (Example 1) Trigonometric Fourier Series

Lecture 3.5: SnS - Intro. of Trigonometric Fourier Series

Lecture 3.5: SnS - Intro. of Trigonometric Fourier Series

Lecture 3.10: Math 2: Example 3.7- Non-Homogeneous System of 1st-order Linear ODE

Lecture 3.10: Math 2: Example 3.7- Non-Homogeneous System of 1st-order Linear ODE

Lecture 3.9: Math 2: Example 3.6 (Part 3)- Non-Homogeneous System of 1st-order Linear ODE

Lecture 3.9: Math 2: Example 3.6 (Part 3)- Non-Homogeneous System of 1st-order Linear ODE

Lecture 3.8: Math 2: Example 3.6 (Part 2)- Non-Homogeneous System of 1st-order Linear ODE

Lecture 3.8: Math 2: Example 3.6 (Part 2)- Non-Homogeneous System of 1st-order Linear ODE

Lecture 3.7: Math 2: Example 3.6 (Part 1)- Non-Homogeneous System of 1st-order Linear ODE

Lecture 3.7: Math 2: Example 3.6 (Part 1)- Non-Homogeneous System of 1st-order Linear ODE

Lecture 3.6: Math 2: Intro. of Non-Homogeneous System of 1st-order Linear Differential Equation

Lecture 3.6: Math 2: Intro. of Non-Homogeneous System of 1st-order Linear Differential Equation

Lecture 3.4: SnS - (Example 2) Complex Exponential Fourier Series

Lecture 3.4: SnS - (Example 2) Complex Exponential Fourier Series

Lecture 3.3: SnS - (Example 1) Complex Exponential Fourier Series

Lecture 3.3: SnS - (Example 1) Complex Exponential Fourier Series

Lecture 3.2: SnS - Complex Exponential Fourier Series

Lecture 3.2: SnS - Complex Exponential Fourier Series

Lecture 3.1: SnS- Introduction of Fourier Series

Lecture 3.1: SnS- Introduction of Fourier Series

Lecture 3.0: SnS: Frequency Components (Sinusoidal and Complex Exponential)

Lecture 3.0: SnS: Frequency Components (Sinusoidal and Complex Exponential)

Lecture 3.2: Math2- Extra Steps for Non-Linearly Independent Eigenvectors

Lecture 3.2: Math2- Extra Steps for Non-Linearly Independent Eigenvectors

Lecture 3.5: Math2- (Example 3.5) Homogeneous System of 1st Order Linear ODE

Lecture 3.5: Math2- (Example 3.5) Homogeneous System of 1st Order Linear ODE

Lecture 3.4: Math2- (Example 3.3) Homogeneous System of 1st Order Linear ODE

Lecture 3.4: Math2- (Example 3.3) Homogeneous System of 1st Order Linear ODE

Lecture 3.3: Math2- (Example 3.2) Homogeneous System of 1st Order Linear ODE

Lecture 3.3: Math2- (Example 3.2) Homogeneous System of 1st Order Linear ODE

Lecture 3.1: Math2: Homogeneous System of 1st Order Linear ODE

Lecture 3.1: Math2: Homogeneous System of 1st Order Linear ODE

Lecture 3.0: Introduction of System of 1st Order Linear Differential Equations

Lecture 3.0: Introduction of System of 1st Order Linear Differential Equations

Lecture 2.19: Convolution Properties and LTI System Connections

Lecture 2.19: Convolution Properties and LTI System Connections

Lecture 2.18: SnS- Determination of Case in Graphical Method of Convolution Integral

Lecture 2.18: SnS- Determination of Case in Graphical Method of Convolution Integral

Lecture 2.17: SnS - (Example 2) Convolution Integral

Lecture 2.17: SnS - (Example 2) Convolution Integral

Lecture 2.16: SnS- (Example 1) Convolution Integral

Lecture 2.16: SnS- (Example 1) Convolution Integral

Lecture 2.15: SnS - Procedure of Convolution Integral (Graphical Method)

Lecture 2.15: SnS - Procedure of Convolution Integral (Graphical Method)

Lecture 2.14: SnS - Introduction of LTI System and Convolution Integral

Lecture 2.14: SnS - Introduction of LTI System and Convolution Integral

Lecture 2.14: Math2- Example 2.16 - Applications of 2nd Order ODE

Lecture 2.14: Math2- Example 2.16 - Applications of 2nd Order ODE

Lecture 2.13: Math2 - Example 2.15 - Applications of 2nd Order ODE

Lecture 2.13: Math2 - Example 2.15 - Applications of 2nd Order ODE

Lecture 2.12: Math2- Example 2.14 - Applications of 2nd Order ODE

Lecture 2.12: Math2- Example 2.14 - Applications of 2nd Order ODE

Lecture 2.11: Math2- Applications of 2nd Order ODE

Lecture 2.11: Math2- Applications of 2nd Order ODE

Lecture 2.11: SnS- Causal or Non-Causal System

Lecture 2.11: SnS- Causal or Non-Causal System

Lecture 2.13: SnS - Stable and Unstable System (example)

Lecture 2.13: SnS - Stable and Unstable System (example)

Lecture 2.12: SnS - Stable or Unstable System

Lecture 2.12: SnS - Stable or Unstable System

Lecture 2.10: SnS- Linear or Non-Linear System

Lecture 2.10: SnS- Linear or Non-Linear System

Lecture 2.9: SnS - Additive or Non-Additive System

Lecture 2.9: SnS - Additive or Non-Additive System

Lecture 2.8: SnS - Homogeneous or Non- Homogeneous System

Lecture 2.8: SnS - Homogeneous or Non- Homogeneous System

Lecture 2.7: Math 2: Assuming Particular Integral Function, Yp

Lecture 2.7: Math 2: Assuming Particular Integral Function, Yp

Lecture 2.9: Math 2-(Example 2.6) 2nd Order Non-homogeneous Linear ODE with Constant Coefficient.

Lecture 2.9: Math 2-(Example 2.6) 2nd Order Non-homogeneous Linear ODE with Constant Coefficient.

Lecture 2.10:Math 2-(Example 2.7) 2nd Order Non-homogeneous Linear ODE with Constant Coefficient.

Lecture 2.10:Math 2-(Example 2.7) 2nd Order Non-homogeneous Linear ODE with Constant Coefficient.

Lecture 2.8: Math 2-(Example 2.5) 2nd Order Non-homogeneous Linear ODE with Constant Coefficient.

Lecture 2.8: Math 2-(Example 2.5) 2nd Order Non-homogeneous Linear ODE with Constant Coefficient.

Lecture 2.6: Math 2-2nd Order Non-homogeneous Linear ODE with Constant Coefficient.

Lecture 2.6: Math 2-2nd Order Non-homogeneous Linear ODE with Constant Coefficient.

Lecture 2.7: SnS - Time-Invariant and Time-Variant System (Part 2)

Lecture 2.7: SnS - Time-Invariant and Time-Variant System (Part 2)

Lecture 2.6: SnS - Time-Invariant and Time-Variant System (Part 1)

Lecture 2.6: SnS - Time-Invariant and Time-Variant System (Part 1)

Lecture 2.5: SnS - Invertible and Non-Invertible System

Lecture 2.5: SnS - Invertible and Non-Invertible System

Lecture 2.4: SnS - Continuous Time, Discrete Time, Memory and Memory-less System

Lecture 2.4: SnS - Continuous Time, Discrete Time, Memory and Memory-less System

Lecture 2.3: SnS - Introduction of System and It's Classification

Lecture 2.3: SnS - Introduction of System and It's Classification

Lecture 2.2: SnS - Input and Output Relation of A System (Part 2)

Lecture 2.2: SnS - Input and Output Relation of A System (Part 2)

Lecture 2.1: SnS - Input and Output Relation of A System (Part 1)

Lecture 2.1: SnS - Input and Output Relation of A System (Part 1)

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building a simple lego house with spiderman

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build a simple lego bed with spiderman

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Lecture 2.5: Math 2:Solution of Homo. and Linear 2nd Order ODE with Const Coeff (Initial Condition)

Lecture 2.5: Math 2:Solution of Homo. and Linear 2nd Order ODE with Const Coeff (Initial Condition)

Lecture 2.4: Math 2:Finding Solution of Homo. and Linear 2nd Order ODE with Const Coeff. (Part2)

Lecture 2.4: Math 2:Finding Solution of Homo. and Linear 2nd Order ODE with Const Coeff. (Part2)

Lecture 2.3: Math 2:Finding Solution of Homo. and Linear 2nd Order ODE with Const Coeff. (Part1)

Lecture 2.3: Math 2:Finding Solution of Homo. and Linear 2nd Order ODE with Const Coeff. (Part1)

Lecture 2.2: Math2 - 2nd Order Homogeneous ODE

Lecture 2.2: Math2 - 2nd Order Homogeneous ODE

Lecture 2.1: Math2- Introduction of 2nd Order Linear ODE with Constant Coefficient

Lecture 2.1: Math2- Introduction of 2nd Order Linear ODE with Constant Coefficient

Lecture 1.10: SnS - Multiple Transformation Signal for Actual Signal using Graphical Method (Part 2)

Lecture 1.10: SnS - Multiple Transformation Signal for Actual Signal using Graphical Method (Part 2)

Lecture 1.9: SnS - Multiple Signal Transformation for Actual Signal using Graphical Method (Part 1)

Lecture 1.9: SnS - Multiple Signal Transformation for Actual Signal using Graphical Method (Part 1)

Lecture 1.8: Multiple Signal Transformation for Actual Signal Using Mathematical equation

Lecture 1.8: Multiple Signal Transformation for Actual Signal Using Mathematical equation

Lecture 1.6: SnS- Determination of type of signal transformation

Lecture 1.6: SnS- Determination of type of signal transformation

Lecture 1.5: SnS - Parallel and Combined Connection in Multiple Signal Transformation

Lecture 1.5: SnS - Parallel and Combined Connection in Multiple Signal Transformation

Lecture 1.4: SnS - Introduction of Multiple Signal Transformation and Series Connection

Lecture 1.4: SnS - Introduction of Multiple Signal Transformation and Series Connection

Lecture 1.3: SnS -Single Signal Transformation and Input/Output Mathematical Notation.

Lecture 1.3: SnS -Single Signal Transformation and Input/Output Mathematical Notation.

Lecture 1.7: SnS- Building Multiple Signal Transformation Systems

Lecture 1.7: SnS- Building Multiple Signal Transformation Systems

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M3Bot-Following Line Robot...

Lecture 1.2: SnS - Differentiation Transformation : Example

Lecture 1.2: SnS - Differentiation Transformation : Example

Lecture 1.1: SnS:Differentiation Transformation (part 1)

Lecture 1.1: SnS:Differentiation Transformation (part 1)

Lecture 1.6: example 1.21: 1st Order ODE Application (Part2)

Lecture 1.6: example 1.21: 1st Order ODE Application (Part2)

Lecture 1.5: Example 1.21: 1st Order ODE Applications (part 1)

Lecture 1.5: Example 1.21: 1st Order ODE Applications (part 1)

Lecture 1.4: Example 1.20: Application of ODE.. Part 2

Lecture 1.4: Example 1.20: Application of ODE.. Part 2

Lecture 1.2: Types of 1st Order ODE Electrical Circuit

Lecture 1.2: Types of 1st Order ODE Electrical Circuit

Lecture 1.1: Eng. Math 2: Characteristics of electrical components

Lecture 1.1: Eng. Math 2: Characteristics of electrical components

Lecture 1.3: Example 1.20: Application of ODE.. Part 1

Lecture 1.3: Example 1.20: Application of ODE.. Part 1