A Level Maths | Livestream | Paper 2 Predicted Topics II | Monday 10th June 2024 @ 7:00 PM | Edexcel

Hi guys! In this livestream I went through a couple of topics that didn't show up on Paper 1 of Edexcel A Level Maths taken on the 4th June 2024. My full list of predicted topics are here: Vectors Circles Trapezium Rule Graph Transformations Small Angle Approximations Modelling with Logs Log Laws Exponential Modelling Modelling with Quadratics Partial Fractions Integration By Parts Integration as the limit of a Sum Parametric Equations - Differentiation/Integration/Finding the Cartesian Equation Connected Rates of Change - The Chain Rule Here is the link to the online notes: https://onedrive.live.com/view.aspx?r... Timestamps: 0:00 Testing 0:52 Intro 3:33 Q1) Graph Transformations 5:25 Q1b) State the coordinates of the asymptote of f(x) -3 6:20 Q1c) Find the values of k 7:49 Q1d) Sketch y = -f(x) 9:53 Q2) Connected Rates of Change 11:56 Mathematically Similar Cones 15:35 Q2b) Find the rate of change h when h =12 16:27 “Rate” means “Derivate” 17:18 The Chain Rule 23:40 Q3) Exponential Modelling 24:46 Q3a) Finding the number of lizards at the start of the study 25:50 Q3b) State the value of the upper limit 28:24 Q3c) Find t when N = 780 32:10 Q3d i) Show that DN/DT = N(900-N)/A 44:50 Q3d ii) Hence state the value of N for the maximum rate of growth 49:45 Q4) Show that Trigonometric Identity Question 50:52 Deriving the cosec^2 Pythagorean Identity 55:35 Deriving the sec^2 Pythagorean Identity 1:02:04 Q5a) Parametric Equations – Finding P 1:05:00 Q5b) Finding the equation of the normal at P 1:11:45 Q5c) Parametric Integration 1:15:55 Parametric Integration Formula 1:17:25 Finding the x intercept 1:12:33 Finding the limits in terms of theta 1:24:17 Reversing the limits of integration 1:31:33 Q5d) Find the exact area of S 1:33:10 The Reverse Chain Rule 1:45:11 Q6a) Implicit Differentiaition – Proving the derivative of 2^x 1:48:53 Q6b) Finding the equation of the tangent 1:57:55 Formula Sheets 1:59:56 “Could you quickly go over if y is increasing or decreasing” 2:00:45 “What does the second derivative tell you?” 2:01:49 Integral of 2^x 2:04:05 Integral of sin^2x 2:08:55 Outro