Channel Title: Civil learning online Channel Description: Greetings to the amazing members of our YouTube family! Our channel is a dedicated effort to assist students who often find themselves grappling with complex subject matter. We're here to make those difficulties disappear! Join us on this learning journey as we unravel concepts, answer questions, and provide clarity in the most effective ways possible. In our videos, you can expect: 1. Engaging Introductions to topics 2. Clear and Concise Concept Explanations (with summarized notes) 3. Step-by-step Solving of Numerical Problems (making it easy to follow along) But that's not all! We're not just about teaching, we're about making learning a breeze. Look out for those clever tricks and strategies that will eliminate confusion and supercharge your learning experience. If you're reading this, make sure to hit that SUBSCRIBE button to join the Civil Learning Online community. We've got a treasure trove of knowledge waiting for you. Email: civillearningon@gmail.com THANKYOU <video> Guess what it is? Description: Porous pavement serves several important purposes, primarily focused on environmental sustainability and efficient land use. Here are some key purposes: 1. Stormwater Management: Porous pavement allows rainwater to infiltrate through the surface, reducing stormwater runoff. This helps prevent flooding, erosion, and pollution of water bodies by reducing the volume and velocity of runoff. 2. Groundwater Recharge: By allowing water to permeate into the ground, porous pavement helps replenish groundwater supplies. This is particularly important in areas experiencing water scarcity or where groundwater levels are declining. 3. Pollution Reduction: The filtration process as water passes through porous pavement helps remove pollutants, such as sediment, oil, and heavy metals, improving water quality in nearby water bodies. 4. Heat Island Mitigation: Porous pavement can help mitigate the urban heat island effect by reducing surface temperatures compared to traditional impermeable surfaces like asphalt or concrete. This can contribute to cooler and more comfortable urban environments. 5. Reduced Need for Stormwater Infrastructure: Because porous pavement reduces runoff, there is less need for expensive stormwater management infrastructure such as retention ponds, swales, and storm drains, leading to cost savings for municipalities and developers. 6. Improved Drainage and Safety: Porous pavement can enhance drainage on roads, sidewalks, and parking lots, reducing the risk of standing water and ice accumulation, which improves safety for pedestrians and drivers. 7. Environmental Compliance: Many jurisdictions have regulations or incentives to promote the use of porous pavement as part of sustainable development practices, helping organizations meet environmental compliance requirements. 8. Aesthetics and Green Space: Porous pavement can contribute to aesthetic improvements by providing a more natural-looking surface compared to traditional pavement. Additionally, it can support the growth of vegetation, adding green space to urban areas. -------------------------------------------------------------------------------------------------------------------------------------------------------------- #PorousPavement #EcoFriendly #SustainableInfrastructure #StormwaterManagement #PermeablePavement #GreenInfrastructure #UrbanDesign #WaterPermeability #EnvironmentalSolutions #LowImpactDevelopment #WaterManagement #PavementTechnology #UrbanSustainability #ClimateResilience #InfrastructureInnovation </video> <video> Derivative || product rule Description: Welcome to this comprehensive video on the Product Rule of Derivatives! Whether you're a high school student preparing for exams or a math enthusiast, this video breaks down the Product Rule with easy-to-follow examples and step-by-step explanations. Perfect for Class 11 and Class 12 students studying under CBSE, ICSE, NEB (Nepal Education Board), or other equivalent boards. Master this important calculus concept and ace your math exams! ------------------------------------------------------------------------------------------------------------------------------------------------------------------ ✨ What You'll Learn: Definition and formula of the Product Rule Application of the Product Rule Solving common problems in differentiation Don't forget to like, subscribe, and share for more educational content! 🎉 ------------------------------------------------------------------------------------------------------------------------------------------------------------------ Tags: #ProductRule #Derivatives #CBSEMath #ICSEMath #NEBMath #Class11Math #Class12Math #Differentiation #Calculus #MathConcepts #Mathematics #NEBClass11 #NEBClass12 #CBSEBoard #ICSEBoard #JEEPreparation #MathTutorial #MathHelp #NepalBoardMath #IndianMathBoards </video> <video> Derivative by first principle || Derivative first principle Description: Welcome to our comprehensive tutorial on derivatives by first principles! In this video, we dive deep into the fundamental concept of differentiation from the ground up. Whether you're a high school student, a college learner, or someone brushing up on your calculus skills, this video is designed to make understanding derivatives simple and intuitive. We start by explaining what a derivative is and why it's a crucial tool in calculus. Then, we explore the concept of the first principles method, also known as the limit definition of a derivative. You'll see step-by-step examples, clear explanations, and practical applications to solidify your understanding. What you'll learn: The basic definition of a derivative. The concept of limits and their role in differentiation. How to apply the first principles method to find the derivative of various functions. Practical examples to reinforce the theoretical concepts. Don't forget to like, share, and subscribe for more educational content! ------------------------------------------------------------------------------------------------------------------------------------------------------------------ Derivative by First Principles Limit Definition of Derivative Calculus Tutorial Differentiation from First Principles Calculus for Beginners Derivative Basics Learning Derivatives First Principles Method Calculus Explained Math Tutorial Step-by-Step Calculus Limits and Derivatives Understanding Derivatives Calculus Fundamentals Derivative Examples ------------------------------------------------------------------------------------------------------------------------------------------------------------------ </video> <video> Derivatives || Sum rules Description: Welcome to my channel! In this video, we explore the Sum Rule of Derivatives, a fundamental concept in calculus that simplifies differentiating the sum of two or more functions. What You'll Learn: The definition and formula for the sum rule. Step-by-step examples to clarify the concept. Practical applications of the sum rule in solving problems. Whether you're a student new to calculus or revisiting the basics, this video will help you understand and apply the sum rule with confidence. Don’t forget to like, share, and subscribe for more educational content on mathematics and civil engineering! ➡️ Follow for more tips and tricks to master calculus. ------------------------------------------------------------------------------------------------------------------------------------------------------------------ #Calculus #Derivatives #SumRule #mathematics #class12maths #cbse #MathTutorial #CalculusBasics #DerivativesExplained #MathForBeginners #MathTips Specific to Calculus #SumRuleOfDerivatives #CalculusForBeginners #LearnCalculus #DifferentiationRules #MathMadeEasy #OnlineLearning #StudyTips #MathHelp #STEMEducation #EngineeringMath #ExamPreparation #HighSchoolMath #CollegeMathHelp #MathForEngineers #StudentLife </video> <video> Safety Factor Analysis of Dam: Sliding & Overturning Conditions Description: In this video, we explore the safety factors of dams against sliding and overturning. Learn how to calculate the forces acting on dams and perform stability analysis to ensure structural integrity. Perfect for civil engineering students and professionals. Stay tuned for practical examples and key insights! Don’t forget to like, share, and subscribe for more engineering content! ------------------------------------------------------------------------------------------------------------------------------------------------------------------ Dam: A dam is a structure built across a river or stream to hold back water, creating a reservoir, lake, or storage for water supply, irrigation, hydropower, and flood control. It controls water flow. Dams are constructed to withstand significant hydraulic pressure from the water stored behind them. Retaining Wall: A retaining wall is designed to hold back soil or rock from a building, structure, or area. It is commonly used to prevent erosion or landslides on slopes, but it doesn't deal with water storage or flow. Retaining walls primarily resist the pressure exerted by earth and sometimes water (in case of groundwater or rain runoff) but are not meant to store large volumes of water. ------------------------------------------------------------------------------------------------------------------------------------------------------------------ Dam vs Retaining Wall Dam construction Retaining wall types Civil engineering basics Dam design Retaining wall design Difference between dam and retaining wall Hydraulic structures Dam engineering Structural engineering Water resources engineering Types of dams Types of retaining walls Dam safety Slope stabilization Earth structures Engineering for beginners Retaining wall construction Water storage structures Flood control engineering #civilengineering, #constructionengineering, #engineeringexplained, #engineeringconcepts ------------------------------------------------------------------------------------------------------------------------------------------------------------------ </video> <video> Gantry Girder || Design of steel structure #shorts #shortvideo #short Description: "Explore the practical applications of gantry girders in construction and industrial projects! Learn how these structural elements support heavy-duty cranes and equipment, ensuring safe and efficient operations in warehouses, factories, and shipyards. 🏗️🚧" ------------------------------------------------------------------------------------------------------------------------------------------------------------------ This video is made for educational purpose only. ------------------------------------------------------------------------------------------------------------------------------------------------------------------ #GantryGirder #StructuralEngineering #CivilEngineering #Construction #SteelStructures #EngineeringTips #BuildingSolutions #shorts #shortvideo #fyp </video> <video> Power rule || Derivative Description: Welcome to Civil Learning Online! 📚 In this video, we dive deep into the Power Rule of Derivatives, one of the fundamental concepts in calculus. Learn how to solve problems step-by-step with clear explanations and examples tailored for students and professionals alike. Perfect for mastering differentiation and building a strong foundation in mathematics for engineering and beyond! 🧮 Don't forget to Like, Share, and Subscribe for more educational content on mathematics and civil engineering concepts. ---------------------------------------------------------------------------------------------------------------------------------------------------------------- #ProductRule #Derivatives #CalculusForEngineers #CivilLearningOnline #DifferentiationRules #EngineeringMathematics #MathForEngineers #ProductRuleExamples #MathematicsTutorial #MathConceptsExplained #CivilEngineeringMath #DerivativeExamples #Class11Maths #Class12Maths #CBSEMathematics #ISCMaths #DerivativeRules #CalculusBasics #ProductRuleExplained #NCERTMaths #BoardExamPreparation #MathsTutorial #EngineeringEntranceMaths #CalculusForBeginners #MathsForClass12 #MathsConcepts #JEEPreparation #DerivativeExamples #IndianMathStudents #MathTips #CBSEBoardExams #MathsShortcuts </video> <video> Derivative by first principle Description: In this video, we break down the concept of derivatives using the first principles approach. We’ll start with the basics, working through simple examples to understand the fundamental definition of derivatives and how to apply it step-by-step. Whether you're new to calculus or just need a refresher, this guide will make the first principle of derivatives approachable and easy to follow. Perfect for students in math, engineering, and physics, or anyone curious about calculus fundamentals! --------------------------------------------------------------------------------------------------------------------------------------------------------------- Write me at "civillearningon@gmail.com". ------------------------------------------------------------------------------------------------------------------------------------------------------------------ Derivative by First Principle Calculus for Beginners Derivative Explained First Principles Calculus Introduction to Derivatives Derivative Formula Mathematics for Engineering Calculus Tutorial Derivatives Step by Step ------------------------------------------------------------------------------------------------------------------------------------------------------------------ #CalculusBasics #DerivativeFirstPrinciples #MathForBeginners #LearnCalculus #CalculusTutorial #MathematicsMadeEasy #EngineeringMath #StepbyStepMath #MathConceptsExplained #UnderstandingDerivatives #HighSchoolMathHelp #CalculusExplained #MathForEngineers #DerivativesForBeginners #MathTipsAndTricks #STEMLearning #MathExamPreparation #DerivativesExplainedSimply #CalculusForStudents #MathLectureSeries #MathHacks #MathTricks #LearnMathOnline #MathShorts #MathForEveryone #MathInRealLife #MathChallenge #MathTutorials #QuickMath #MathHelp #MathExplained #MathForKids #MathWithMe #ExamPrepMath #MathConcepts #MathFundamentals #MathIsFun #MathLessons #EasyMathTips #AdvancedMath #MathForBeginners #HighSchoolMath #AlgebraTips #CalculusEssentials #MathSkills -------------------------------------------------------------------------------------------------------------------------------------------------------------- </video> <video> Euler's method || Numerical method Description: Unlock the power of Euler's Method in Numerical Analysis with our comprehensive tutorial! In this video, we delve into the fundamentals of numerical approximation, differential equations, and computational mathematics. Follow along as we explore step-by-step implementations and practical examples to understand how Euler's Method works and its applications in Civil Engineering and beyond. Whether you're a student, engineer, or math enthusiast, this tutorial will equip you with essential skills for solving real-world problems. Join Civil Learning Online today and enhance your mathematical prowess! ------------------------------------------------------------------------------------------------------------------------------------------------------------------ write me at civilleariningon@gmail.com ------------------------------------------------------------------------------------------------------------------------------------------------------------------ #numericalanalysis #EulersMethod #Mathematics #CivilEngineering #ComputationalMathematics #MathTutorial #EngineeringMath #matheducation ------------------------------------------------------------------------------------------------------------------------------------------------------------------ </video> <video> Modified Euler's method engineering mathematics || Modified Euler's method Description: Modified Euler's Method isn't just another mathematical concept; it's a valuable tool with wide-ranging applications. Whether you're modeling population dynamics, predicting financial trends, or simulating physical systems, understanding Modified Euler's Method opens doors to solving complex problems with precision and confidence. Join us on this journey as we demystify Modified Euler's Method and empower you to tackle differential equations with skill and insight. Don't miss out—hit play and let's dive in together! ------------------------------------------------------------------------------------------------------------------------------------------------------------------ Differential Equations Numerical Methods Modified Euler's Method Approximation Techniques Mathematics Tutorial Engineering Mathematics Computational Methods ODE Solver Numerical Analysis Algorithm Explanation Step-by-Step Guide Problem-Solving Techniques Math Explained Practical Examples Optimization Tips Accuracy and Efficiency Real-World Applications Mathematical Modeling Simulation Techniques Educational Content ------------------------------------------------------------------------------------------------------------------------------------------------------------------ </video> <video> Application of inverse laplace transformation in Simultaneous equation || Inverse laplace Description: Inverse Laplace Transform In this in-depth tutorial, we unravel the mysteries of Inverse Laplace transformations, demystifying this powerful mathematical tool. From fundamentals to advanced techniques, we cover it all! Whether you're a student, engineer, or just a curious mind, this video will equip you with the knowledge you need. Playlist on Inverse Laplace Transform: https://www.youtube.com/playlist?list=PL513Y7_xBTnD0L-hDDU4k_p1BaqQzqDML Playlist on Partial Fractions: https://www.youtube.com/playlist?list=PL513Y7_xBTnAdiBr7wY6pDXBE862hccn6 ------------------------------------------------------------------------------------------------------------------------------------------------------------------ Write me at: Civillearningon@gmail.com _____________________________________________________________ Topics That Will Be Covered: Laplace Transform Basics Inverse Laplace Transform Properties of Laplace Transform Laplace Transform of Common Functions Partial Fraction Decomposition Application in Differential Equation Ordinary differential equation ________________________________________________________________ </video> <video> Safety Factor of Dam analysis || Water on d/s side Description: In this video, we explore the safety factors of dams against sliding and overturning. Learn how to calculate the forces acting on dams and perform stability analysis to ensure structural integrity. Perfect for civil engineering students and professionals. Stay tuned for practical examples and key insights! Don’t forget to like, share, and subscribe for more engineering content! ------------------------------------------------------------------------------------------------------------------------------------------------------------------ Dam: A dam is a structure built across a river or stream to hold back water, creating a reservoir, lake, or storage for water supply, irrigation, hydropower, and flood control. It controls water flow. Dams are constructed to withstand significant hydraulic pressure from the water stored behind them. Retaining Wall: A retaining wall is designed to hold back soil or rock from a building, structure, or area. It is commonly used to prevent erosion or landslides on slopes, but it doesn't deal with water storage or flow. Retaining walls primarily resist the pressure exerted by earth and sometimes water (in case of groundwater or rain runoff) but are not meant to store large volumes of water. ------------------------------------------------------------------------------------------------------------------------------------------------------------------ Dam vs Retaining Wall Dam construction Retaining wall types Civil engineering basics Dam design Retaining wall design Difference between dam and retaining wall Hydraulic structures Dam engineering Structural engineering Water resources engineering Types of dams Types of retaining walls Dam safety Slope stabilization Earth structures Engineering for beginners Retaining wall construction Water storage structures Flood control engineering #civilengineering, #constructionengineering, #engineeringexplained, #engineeringconcepts ------------------------------------------------------------------------------------------------------------------------------------------------------------------ 0:00 intro </video> <video> Bisection Method of Nemerical method Description: Bisection Method | Numerical Methods Explained Welcome to our video on the Bisection Method, a fundamental numerical technique for finding roots of equations! This tutorial breaks down the bisection method step-by-step, making it easy to understand and apply to any function. Whether you're a student, engineer, or math enthusiast, this video will guide you through: Concept and Theory - Understand how the bisection method works to find approximate roots of continuous functions. Step-by-Step Example - Watch a detailed example to see the method in action. Applications - Discover where and how this method is useful in solving engineering and mathematical problems. By the end of this video, you'll be able to apply the bisection method confidently and understand its importance in numerical analysis. Don't forget to subscribe for more tutorials on numerical methods and other engineering concepts! Bisection method in engineering maths -------------------------------------------------------------------------------------------------------------------------------------------------------------- Bisection Method Numerical Methods Root-Finding Algorithms Numerical Analysis Engineering Mathematics Math Tutorial Numerical Methods for Engineers Root Finding Techniques Bisection Method Example Continuous Functions Engineering Computation Numerical Methods in Civil Engineering How to Find Roots Numerical Methods Course Numerical Solution ------------------------------------------------------------------------------------------------------------------------------------------------------------------ #BisectionMethod #NumericalMethods #EngineeringMath #RootFinding #MathTutorial #NumericalAnalysis #Engineering #MathForEngineers #MathLecture #MathTips #EngineeringStudents #STEMEducation #CivilEngineering #MathExamples #RootFindingMethods --------------------------------------------------------------------------------------------------------------------------------------------------------------- civillearningnon@gmail.com --------------------------------------------------------------------------------------------------------------------------------------------------------------- </video> <video> How to find the inverse laplace transformation of 1/( s^2+a^2)^2 Description: Inverse Laplace Transform In this in-depth tutorial, we unravel the mysteries of Inverse Laplace transformations, demystifying this powerful mathematical tool. From fundamentals to advanced techniques, we cover it all! Whether you're a student, engineer, or just a curious mind, this video will equip you with the knowledge you need. Playlist on Inverse Laplace Transform: https://www.youtube.com/playlist?list=PL513Y7_xBTnD0L-hDDU4k_p1BaqQzqDML Playlist on Partial Fractions: https://www.youtube.com/playlist?list=PL513Y7_xBTnAdiBr7wY6pDXBE862hccn6 ------------------------------------------------------------------------------------------------------------------------------------------------------------------ Write me at: Civillearningon@gmail.com _____________________________________________________________ Topics That Will Be Covered: Laplace Transform Basics Inverse Laplace Transform Properties of Laplace Transform Laplace Transform of Common Functions Partial Fraction Decomposition Application in Differential Equation Ordinary differential equation ________________________________________________________________ </video> <video> Simultaneous equation in inverse Laplace Transformation || Inverse laplace transformation Description: Inverse Laplace Transform In this in-depth tutorial, we unravel the mysteries of Inverse Laplace transformations, demystifying this powerful mathematical tool. From fundamentals to advanced techniques, we cover it all! Whether you're a student, engineer, or just a curious mind, this video will equip you with the knowledge you need. Playlist on Inverse Laplace Transform: https://www.youtube.com/playlist?list=PL513Y7_xBTnD0L-hDDU4k_p1BaqQzqDML Playlist on Partial Fractions: https://www.youtube.com/playlist?list=PL513Y7_xBTnAdiBr7wY6pDXBE862hccn6 ------------------------------------------------------------------------------------------------------------------------------------------------------------------ Write me at: Civillearningon@gmail.com _____________________________________________________________ Topics That Will Be Covered: Laplace Transform Basics Inverse Laplace Transform Properties of Laplace Transform Laplace Transform of Common Functions Partial Fraction Decomposition Application in Differential Equation Ordinary differential equation ________________________________________________________________ </video>

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Description

Greetings to the amazing members of our YouTube family!

Our channel is a dedicated effort to assist students who often find themselves grappling with complex subject matter. We're here to make those difficulties disappear! Join us on this learning journey as we unravel concepts, answer questions, and provide clarity in the most effective ways possible.

In our videos, you can expect:
1. Engaging Introductions to topics
2. Clear and Concise Concept Explanations (with summarized notes)
3. Step-by-step Solving of Numerical Problems (making it easy to follow along)

But that's not all! We're not just about teaching, we're about making learning a breeze. Look out for those clever tricks and strategies that will eliminate confusion and supercharge your learning experience.

If you're reading this, make sure to hit that SUBSCRIBE button to join the Civil Learning Online community. We've got a treasure trove of knowledge waiting for you.

Email: civillearningon@gmail.com

THANKYOU

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