Exercise 2.17 Part 1 | Tangent & Normal Lines | Part 1 | Derivative | SLOPE | Grade 12 | Unit 2
CORRECTION (Question 1b): The NORMAL line equation is (Y- 2)/(X- -1) = 1/2 that means Y = 1/2 X + 5/2. I forgot to include 5/2. Also see the first PINNED comment. Line for beginner video Link: Join this channel to get access to exclusive videos for channel members only: / @mathmadeeasybetty

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Exercise 2.17 Part 2 | Equation of Tangent & Normal Lines | Derivative | SLOPE | Grade 12 | Unit 2

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Exercise 2.15 l Absolute Minimum and Maximum values | Derivatives | Calculus | Grade 12 | Unit 2

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Exercise 2.23 | Introduction to Integral Calculus - Anti-derivative | Integration| Grade 12 | Unit 2

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Exercise 2.28 | More on Area | Definite Integrals | Anti-derivative | Calculus | Grade 12 | Unit 2

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Exercise 2.18 Part 1 | Applications of Derivatives | Rate of Increase Area | Grade 12 | Unit 2

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Exercise 2.9 | Derivative Theorem 2.2 | Calculus | Grade 12 | Unit 2 | See correction on 2d

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Grade 12 Mathematics Unit 2 Equation of Tangents and Normal lines to curves #ethiopianeducation

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Exercise 2.18 Part 2 | Applications of Derivatives | Sphere | Rate of Volume | Grade 12 | Unit 2

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Grade 12 - 2018 Expected University Entrance Exam questions for Maths - Part 1 |Saquama

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Exercise 3.1 & 3.2 | Range | Interquartile Range | Grade 12 | Unit 3 | Statistics |

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