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FURTHER ACADEMY
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Добавлен 5 июл 2024
Welcome to our educational channel, where we prioritize making understanding a priority! Here, you’ll find comprehensive content on a variety of engineering courses including Engineering Mathematics, Calculus, Strength of Materials, Thermodynamics, Applied Mechanics, Fluid Mechanics, and Theory of Structures e.t.c.. We also cover basic Math and Physics tailored for SSCE, NECO, and JAMB students. Join us in our quest for knowledge and excel in your academic journey!
Our classes ranges from SS1 - SS3, 100L & 200L Engineering students and other science related courses.
Our classes ranges from SS1 - SS3, 100L & 200L Engineering students and other science related courses.
Moment Area Method (Theorem 2) Deflection Calculation
In this video, we'll delve into the concept of Moment Area Method (Theorem 2) for deflection calculation, a crucial aspect of structural analysis and engineering mechanics. We'll explore the deflection formula and its application in beam deflection, bending moment, and flexural analysis. This method is essential for structural engineers to determine the slope and deflection of beams under various loads, ensuring safe and efficient engineering design. The moment area method is a powerful tool for calculating deflection, and understanding its theorem is vital for acing the GATE exam and excelling in theory of structures. By mastering this concept, you'll gain a deeper understanding of stres...
Просмотров: 5
Видео
Slope Calculation using Moment Area Method
Просмотров 28 часов назад
In this video, we're going to explore the moment area method for slope calculation, a crucial concept in structural analysis and engineering mechanics. Understanding beam deflection and bending moment diagrams is essential in determining the strength of materials and structural engineering. We'll delve into the deflection formula and theory, discussing how load distribution and moment distribut...
Beam Deflection (01) : Moment Area Method
Просмотров 212 часа назад
In this video, we'll be exploring the concept of deflection using the Moment Area Method, a fundamental principle in Mechanics of Materials and Structural Engineering. The moment area theorem is a powerful tool for deflection analysis, allowing us to calculate the bending moment and beam deflection of a given structure. We'll delve into the moment area method, discussing its application in civi...
Deflection Explained (02): Moment Area Method
Просмотров 152 часа назад
In this video, we'll be exploring the concept of deflection analysis using the Moment Area Method, a fundamental technique in structural engineering and mechanical engineering. The Moment Area Method is a powerful tool for calculating beam deflection and bending moments, allowing engineers to analyze and design beams with precision. By applying the principles of moment distribution and area the...
Moment Area Method (Theorem 1) Slope Calculation.
Просмотров 724 часа назад
In this video, we'll be exploring the Moment Area Method, specifically Theorem 1, to calculate slopes in structural analysis. This method is a fundamental concept in mechanical engineering, and is used to determine the slope of a beam under various loads. By understanding the moment area method, you'll be able to analyze the structural stability of a beam and calculate the bending moments and s...
Moment Area Method {Cantilever Slope Calculation (02)l
Просмотров 584 часа назад
Learn how to calculate slope using the moment area method with this step-by-step guide. In structural engineering, understanding slope analysis is crucial for beam design and deflection analysis. The moment area method is a powerful tool for calculating slope and deflection, and is often used in conjunction with shear force diagrams and bending moment diagrams. By mastering this method, you'll ...
Guass Jordan Elimination Method
Просмотров 457 часов назад
In this video, we'll be exploring the Gauss Jordan Elimination Method, a powerful technique used to solve systems of linear equations and find the inverse of a matrix. This method is a crucial part of linear algebra and is widely used in many fields such as mathematics, physics, engineering, and computer science. The Gauss Jordan Elimination Method involves transforming a matrix into its row ec...
How Gaussian Elimination Changed Math Forever
Просмотров 457 часов назад
In this video, we're going to explore the Gaussian Elimination Method, which is a powerful and widely used technique that is essential for solving systems of linear equations and for manipulating matrices effectively. We'll delve deep into the fascinating world of linear algebra, where matrix row operations and elementary row operations come into play, allowing us to simplify complex mathematic...
Guassian Elimination vs Guass Jordan Elimination Method
Просмотров 719 часов назад
In this video, we introduce the Gaussian/Jordan Elimination Method, a powerful technique used to solve systems of linear equations. This method is a fundamental concept in linear algebra, and is essential for understanding matrix methods and matrix algebra. We'll explore how to apply row operations to reduce matrices to row echelon form, and eventually to the reduced row echelon form of the mat...
How to Calculate a Cantilever Beam's Deflection (and Slope) - EASY!
Просмотров 50День назад
In this video, we're going to demystify the concept of cantilever slope and deflection using the powerful tool of double integration. As structural engineers and mechanical engineers, understanding beam deflection is crucial in ensuring the stability and safety of structures. By mastering double integration, you'll be able to accurately calculate the bending moment and shear force of a cantilev...
Crack the CGPA Code: Secrets Every Year 1 Student Must Know!
Просмотров 18814 дней назад
Are you a first-year student struggling to navigate the world of college academics? Do you want to know the secrets to achieving academic success and maintaining a high CGPA? In this video, we'll be sharing the ultimate guide for year 1 students, packed with study hacks, time management tips, and college secrets to help you stay on top of your game. From effective study motivation strategies to...
Polar & Exponential Form of Complex Number explained
Просмотров 4814 дней назад
Learn about the polar and exponential form of complex numbers in this comprehensive video tutorial designed to empower your understanding of this essential mathematical topic! Complex numbers are a fundamental concept in algebra and complex analysis, and understanding their different forms is crucial for success in mathematics, especially for students pursuing advanced studies in science and en...
Equilibrium of Forces : Support Reaction of a Beam
Просмотров 6914 дней назад
In this video, we delve into the fundamental concept of equilibrium of forces, specifically focusing on the support reaction of a beam. Understanding the distribution of forces and load calculation is crucial in structural mechanics, as it ensures the stability and strength of various structures that we encounter in our everyday lives. We'll explore how to analyze the beam's support reactions, ...
Why Complex Numbers Are Better Than Real Numbers
Просмотров 3814 дней назад
In this video, we'll dive into the world of complex numbers in polar form, a fundamental concept in mathematics that is essential for anyone looking to deepen their understanding of this subject. You'll learn how to represent complex numbers using polar coordinates, which involve the use of trigonometric functions such as sine, cosine, and secant, and how these functions play a crucial role in ...
Slope and Deflection: Cantilever beam Ex(02)
Просмотров 3321 день назад
In this video, we're going to dive into the world of mechanics of materials and explore the concept of slope and deflection in a cantilever beam. As civil engineers, understanding beam deflection and slope analysis is crucial in construction and structural engineering. We'll be using a practical example to illustrate the concepts, making it easy to understand for those looking to start or advan...
Polar Form Explained (Derivation Included)
Просмотров 4621 день назад
Polar Form Explained (Derivation Included)
Understanding Complex Numbers - Cartesian Form Explained
Просмотров 11121 день назад
Understanding Complex Numbers - Cartesian Form Explained
Why Shapes Matter: Centroid and Moment of Inertia Explained
Просмотров 7121 день назад
Why Shapes Matter: Centroid and Moment of Inertia Explained
Simply Supported Beam:Slope and Deflection 1
Просмотров 7728 дней назад
Simply Supported Beam:Slope and Deflection 1
Slope & Deflection:Simply Supported Beam 2
Просмотров 5328 дней назад
Slope & Deflection:Simply Supported Beam 2
Eigen vectors and Eigen Value of a Matrix
Просмотров 12628 дней назад
Eigen vectors and Eigen Value of a Matrix
How to Calculate the Slope and Deflection of a Beam
Просмотров 145Месяц назад
How to Calculate the Slope and Deflection of a Beam
Partial Derivatives: The Math You Didn't Appreciate
Просмотров 190Месяц назад
Partial Derivatives: The Math You Didn't Appreciate
Why Rate of Change is the Best Part of Calculus
Просмотров 162Месяц назад
Why Rate of Change is the Best Part of Calculus
Why Friction is More Complicated Than You Think
Просмотров 316Месяц назад
Why Friction is More Complicated Than You Think
Superposition Theorem Explained: Example 2
Просмотров 157Месяц назад
Superposition Theorem Explained: Example 2
Superposition Theorem: The Trick That Makes Circuits Easy
Просмотров 991Месяц назад
Superposition Theorem: The Trick That Makes Circuits Easy
Example 02:{Newton's law of viscosity}
Просмотров 1002 месяца назад
Example 02:{Newton's law of viscosity}
Differentiation of inverse trigonometric function
Просмотров 1442 месяца назад
Differentiation of inverse trigonometric function
Wonderful explanation 😊
Glad it was helpful 😊
Help brother
A continuous beam ABCD of length 15m rest on four supports covering 3 equal span and carries a uniformly distributed load of 1.5 KN/m length. Calculate the moment and reaction at the supports . With SF and BM diagram Can you make a video
Alright, I will make a video on it and upload it for you.. it is actually Simple ✨ I'd like to know, Where are you chatting from?
🔥🔥🔥
Trust this video helps you to understand MOMENT AREA METHOD..LIKE AND COMMENT Thanks🫶🏾🎉
nice explination 😊......but i am.not understand your language
Thanks 😊 Pls,Where are you chatting from? Possibly I can change the substitute to your Language.
I Am Indian
Much love to you from here Indians Thanks for your Engagement Always.. Will change the subtitle to your Language ✨
okay ....your contry name
@Shrutisarode-15 Nigeria 🇳🇬
❤😊
The best💯
Post more bro we will watch and subscribe it
Thank you😊✨ Here is the LINk to more videos .. ruclips.net/p/PLbR-bnuxt0jOljeb0kAJrhc3ofvM1A1Ii
Thanks for this 😊
You are welcome 👍🏿
❤❤
Indeed helpful ☺️ Keep up the good work 👍🏻
Glad it was helpful!
Thanks so much sir, Best Tutor Ever🎉❤
Well done my dear,more knowledge ijn. I am so proud of you. Keep it up.
Amen🙏🏿🤭✨
Good work you're doing here...🎉 I'd like u to continue with this question to solve shear stress and blending moment.
Awesome ✨, Thank you👍🏿 You can check my videos on shear force and bending Moment 🔥.👇🏾👇🏾 ruclips.net/video/RKvK5UVmNVM/видео.html Send a Dm to get the Solution of the one you requested for.
Thanks for the video ❤ Pls could you give textbook suggestions, for further study.
You are welcome 👍🏿 Regarding the textbook, definitely.. Send me a Dm.
Thank you so much sir calculus i now understand equilibrium of forces well
You are welcome, Glad it was helpful ✨
Good work. I just have a small elaboration. When the Cauchy Riemann Equations are satisfied alone does not necessarily mean the function is Analytic. The partial derivatives should also be continuous. For this example, the partial derivatives are continuous hence the function is analytic. To summarize my point let me state a theorem. A complex valued function is Analytic/Holomorphic if and only if the Cauchy Riemann Equations are satisfied and the partial derivatives are continuous.
Thank you for your thoughtful comment and elaboration! You're absolutely right-satisfying the Cauchy-Riemann equations alone doesn't guarantee analyticity without the continuity of the partial derivatives. Your explanation is a great addition to the discussion, and I truly appreciate you taking the time to share it. Insights like these make the learning experience richer for everyone. It’s always great to have such engaging contributions on the channel!
Thank you so much sir calculus we really appreciate
You re welcome ✨
GIVEN THAT Z= 5+j6 & M = -1 - j. Find the following.. 1. Z × M 2. Z / M Try to participate and share your Answer, Will reply all Comment ✨📍
This video deserves more views Love from India 🇮🇳
Glad it was helpful 👍🏿 Thanks and welcome ✨
Nice one
🎉❤
❤
I am Indian 😂😂
Thank you sir I will subscribe to your channel
Thanks and welcome ✨ Nice to have you here..
I'm Indian. Nice explanation sir 👍 👏 👌 ❤
Thanks and welcome😄 Love to have you here✨
😇
Thanks 👍🏻
You’re welcome ✨
Keep it up bro❤❤
Thank you✨
Thank you ✨
Love calculus ❤
Awesome ✨😊
Nice ❤
Great🎉
Thank you👍🏿✨
why did you add 4 to 5 yet they are parallel resistors
Solving 4 and 5 as parallel resistors. What it means is that the product of the resistors divided by the sum of the two resistors.. Which is still the same as 1/Rt = 1/R1 + 1/R2. Consider your R1 as 4ohms and your R2 as 5ohms... Which is your formula for equivalent resistor in parallel. It is easier to solve using the first approach, if you have only two resistors in parallel. So it is still the same thing..okay!! And I hope have clear your doubt.. Thank you☺️..
5:40 ❤❤❤
❤
Friction demystified🙌🔥🤭
Glad to hear ✨😊
Can u please solve thevenin theorem using three loop..🤲
Alright 👍🏿 I'll work on that✨
Think
GG
GREAT LESSON, I SUGGEST SOME CHANGES, 1: MAKE A POWER POINT PRESENTATION YOU CAN CREATE DOWNLOADABLE FILES AND EVEN CHARGE FOR THEM 2: GET A WIRLESS MICROPHONE FOR BETTER AUDIO :3 GET BETTER LIGHTING KEEP DOING WHAT YOU ARE DOING.
Thanks for the feedback ✨😊💙
Appreciate the advice 🫶🏾
Very interesting ❤ Thank you so much
Glad to hear 😊 You re welcome 👍🏿
Sir calculus makes fluid mechanics look so easy... Tune in here lasustech students
✨💙🙇♀️
Well explained 💚
@@MahmudTosinYusuf Thank you!✨
Thanks 🙏
You re welcome 🤗
Thanks sir😊
Most welcome
God Bless you ❤❤❤🎉
Amen Nd you too✨🙏🏿💙 Thank you!🔥
@FURTHERACADEMY Amen Bro
❤
The video is nice, but your intro is wild 😂
Thank you😅☺️📍
Very helpful and explanatory Thank you boss 👍👍