∫x ln(x−3) dx — Integration by Parts Step by Step | Smooth Integrals

Integrate x ln(x−3) | integration by parts | divide after IBP | Calculus 2 integration ∫x ln(x−3) dx solved completely — using integration by parts with u = ln(x−3), dv = x dx, then simplifying the resulting fraction with polynomial division. What you'll learn: • Choosing u = ln(x−3) and dv = x dx for integration by parts • Computing du = 1/(x−3) dx and v = x²/2 • Simplifying x²/(2(x−3)) using polynomial long division • Integrating the resulting polynomial plus ln term • Final answer: (x²/2)ln(x−3) − x²/4 − 3x/2 − 9ln|x−3| + C Did you get this answer? Drop yours in the comments below! Like, subscribe, and hit the bell for weekly calculus problems. __________________________________________________ 🌐 About This Channel (Smooth Integrals): Welcome to Smooth Integrals! This channel is dedicated to exploring the beauty, simplicity, and elegance of Integral Calculus. We specialize in breaking down complex and hard calculus integration problems into clever, easy-to-understand solutions. Whether you are looking for a step-by-step integral explanation, preparing for the MIT Integration Bee, AP Calculus BC, or university exams, or just trying to master basic integration formulas, you've come to the right place. We cover everything from foundational concepts like the Fundamental Theorem of Calculus and Riemann sums, to advanced integration rules & techniques. Here, you will find deep dives into integration by parts, the u-substitution method, trigonometric substitution, and partial fractions integration examples. For advanced math enthusiasts and engineering students, we also explore multivariable integration, double integrals, improper integrals, and beautiful mathematical shortcuts. Subscribe for regular integration practice problems with solutions and master the art of calculus with us! 📌 Connect & Support: #Calculus #Integration #Math #MITIntegrationBee #APCalculus #Integrals #SmoothIntegrals #AdvancedCalculus __________________________________________________ Calculus 1 & 2 Full Course: Introduction to Integral Calculus for Beginners Welcome to this calculus full course designed for students, engineering majors, and anyone looking for a comprehensive introduction to calculus. In this video, we will bridge the gap between precalculus and advanced mathematical concepts, shifting our focus from differential calculus (limits, continuity, derivatives, and chain rule) to the core of integral calculus. Whether you are preparing for college exams or looking for an AP Calculus AB review or AP Calculus BC prep, this calculus crash course and ultimate calculus 1 playlist has got you covered! Throughout this tutorial, we will break down integration for beginners and master essential integration techniques step-by-step. You will learn exactly how to solve complex antiderivatives and indefinite integrals, master u-substitution integration, and tackle the famous integration by parts. We will also dive deep into advanced methods like trigonometric substitution calculus and integration using partial fractions, making sure you can handle any improper integrals examples on your next test. But it’s not just about formulas! We will explore the true essence of calculus by mastering the fundamental theorem of calculus and its practical applications of integrals. You will learn how to calculate the area between curves calculus, find the average value of a function over an interval, and determine the volume of solids of revolution using the disc method and washer method calculus, as well as the shell method volume calculus. If you are struggling with calculus word problems explained or calculus optimization problems, this video will act as your ultimate definite integral solver. No need to constantly rely on an integral calculator with steps—by the end of this calculus 1 review for exam, you will know exactly how to pass calculus with confidence. Don't forget to check out our calculus 1 derivatives problems and implicit differentiation videos if you need a quick refresher on Calculus 1 / Calc 1. This guide is perfect for university students, Thanaweya Amma math integration (Calculus Sec 3), and anyone practicing with Thomas Calculus integration practice problems. Let's dive in and master Calculus 2 / Calc 2 and Calculus 3 (Multivariable calculus & partial derivatives) together!