2007 SQA Advanced Higher Maths no.13 Parametric equations
Finding the equation of a tangent to a curve defined by parametric equations. Finding the second derivative and using this to simplify a second order differential expression. Lengthier than normal due to a geometric explanation of the question in part a, and dealing with trig identities involving the reciprocal functions in part b. Instructional exercise consisting of question 13 from the 2007 SQA Advanced Higher Mathematics exam. Set out in stages of 'try then check' the worked solution to each part of the question.

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2007 SQA Advanced Higher Maths no.12 Proof by induction

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2017 SQA Advanced Higher Mathematics No. 18 Parametric equations

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2014 SQA Advanced Higher Maths no.13 : Related rates of change.

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Best Explanation of Gradient, Divergence and Curl

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Feynman's technique is the greatest integration method of all time

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2007 SQA Advanced Higher Maths no.15 3D vectors

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The High School Student Who Overturned a 40-Year-Old Conjecture

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The Scariest Chart in Electrical Engineering

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2013 SQA Advanced Higher Maths no.17 : Logarithms and infinite series

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The (Overdue) Collapse of Bullsh*t Companies

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Things To Notice On Your Next Flight

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MERZ ATTACKS WEIDEL LIVE IN THE BUNDESTAG – THEN IT ESCALATES!

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2007 SQA Advanced Higher Maths no.14 First order differential equation

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2007 SQA Advanced Higher Maths no.16 Graphs and areas

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Math for fun, sin(z)=2

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Meet Winner of $3 Million Breakthrough Prize in Mathematics

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There’s a Problem with Quantum Mechanics – with Jim Al-Khalili

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