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06:33
VCE SM3&4: How to Solve ∫sin²(x)cos²(x) dx | Trigonometric Integrals Explained
Prior Knowledge: https://youtu.be/QDzro6_eOx0 https://youtu.be/WVsARMMJ49k https://youtu.be/99ahQcLVsuA In this video, we explore how to integrate trigonometric functions when both powers are even. Using trigonometric identities we break the problem down step by step. This is a great example of how calculus and visualization go hand in hand, making integration techniques easier to understand. 💡 Topics covered: * Trigonometric integrals * Even powers of sine and cosine * Using trig identities for integration * Step-by-step algebraic solutions * Definite integrals with visualization * Manim animation for math Keywords: trigonometric integrals, integration by identities, even powers of sine and cosine, integrate sin²(x)cos²(x), trig identities for integration, calculus tutorial, integration techniques, integral of sin²x cos²x, step by step integration, trigonometric substitution, visualizing integrals, math animation manim, calculus made easy, integration with graphs, definite integral sin²(x)cos²(x), learning calculus visually.
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05:51
VCE SM3&4: Integrals with Odd Powers of Sine
Example question of the form \int{sin^m(x)*cos^n(x)) Happy studies!
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03:43
VCE SM3&4: Integration by Substitution (Lect. 45/95)
Additional Content: https://youtu.be/Nj52FdKcpYs?si=WBqfsl9M1_YU6aoA
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09:05
VCE SM3&4: Antiderivatives Involving Inverse Circular Functions (Lect. 44/95)
Prior Knowledge https://youtu.be/-ej2vUYluTw?si=8nk7Tl6cF6zUeaVi https://youtu.be/JRDPryV0nMg?si=0RW4IBoIwFA1_HJw https://youtu.be/VtcAXsy_QKQ https://youtu.be/O9V4sUx0QFE?si=a20nIqcxnE4eIDa5 00:00 Antiderivatives Involving Inverse Circular Functions Overview 00:50 Rules for Antiderivatives Involving Inverse Circular Functions 02:58 Properties of Inverse Circular Functions 06:46 Definite Integrals Involving Inverse Circular Functions
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04:49
There Must Be an Easier Way...
Here is a fun integral calculus question. The idea behind what we are trying to do isn't too tricky (I hope) but it's a messy question. Happy studies! Integral Calculus Area Between Curves
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06:16
VCE SM3&4: Introduction to Antidifferentiation (Lect. 43/95)
Fundamental Theorem of Calculus: https://youtu.be/QDzro6_eOx0 https://youtu.be/WVsARMMJ49k Definition of the Integral: https://youtu.be/YOLP3sDKwAE?si=PfBO5Cgx9i5nHi3o Prior Knowledge: https://youtu.be/VtcAXsy_QKQ?list=PLB46vjmEuCC20q-4gtl0xE_EeNtd2tk__ https://youtu.be/RIn7am4KhCU?si=xHKmyk15pdCS5uX5 00:00 Introduction 00:14 Antidifferentiation Example 01:29 Notation for Antidifferentiation 02:35 Basic Antiderivative Rules 03:21 The Definite Integral Explained
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04:42
VCE SM3&4: Implicit Differentiation (Lect. 42/95)
Prior Knowledge https://youtu.be/VtcAXsy_QKQ https://youtu.be/RIn7am4KhCU https://youtu.be/htLXt61SOvc Private Tutoring Enquiries: contact@wyneducation.com www.wyneducation.com
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03:48
How To Do Long Division
Private Tutoring Enquiries: contact@wyneducation.com www.wyneducation.com
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18:06
VCE Specialist Maths 3&4: Sketching Rational Functions (Lect. 41/95)
Prior Knowledge: https://youtu.be/XvA7mR3RW5o https://youtu.be/ablVVBy-21E https://youtu.be/VtcAXsy_QKQ https://youtu.be/9pyF71bgKY4 Key Concepts: 00:00 Overview of Sketching Rational Functions 01:18 A Checklist for Sketching Rational Functions 08:50 Sketching Reciprocal Functions 12:37 Application of Sketching Rational Functions
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