NEW A LEVEL PLANNER YEAR 2 – W Date Notes / Topics By Lesson LESSON 4 LESSON 5 LESSON 6 TESTS LESSON 1 LESSON 2 LESSON 3 12/9 Induction onto the FP12: Complex. Test 1 CWC course De moivre and eulers formula 2 19/9 FP2: Complex FP2: Complex FP2: Complex De moivre Nth roots and roots Nth roots and roots of unity of unity 26/09 FP2:Hyperbolics FP2:Hyperbolics FP2:Hyperbolics 3 – – defn, graph, solving problems and inverse trig– inverse Differentiation, integration 3/10 FP2:Hyperbolics FP2: Method of FP2: Integrating 4 and inverse trig– differences inc. partial fractions – Differentiation, partial fractions with quadratic integration factors 5 10/10 TT TT FP2: 1st order FP2: 1st order Differential Differential equations IF, equations IF, – – sketching family of sketching family of curves curves 17/10 FP1:Understand FP1: FP1: Vectors FP1:Series FP1:Indcution FP1:Matrics 6 and use Volume by rotation relationship about x and y between roots and coefficients 24/10 HALF TERM 31/10 FP2: Second FP2: Second order FP2: Harmonic TT 7 TT motion and =0 =f(x) damped oscillation 8 7/11 FP2: Differential FP2: Differential FP2:Maclurin inc applied questions- applied questions- validity kinematics coupled first order
NEW A LEVEL PLANNER – YEAR 2 W Date Notes / TESTS Topics By Lesson LESSON 1 LESSON 2 LESSON 3 LESSON 4 LESSON 5 LESSON 6 1 12/9 CWC Induction onto the course FP12: Complex. De moivre and eulers formula Test 2 19/9 FP2: Complex De moivre FP2: Complex Nth roots and roots of unity FP2: Complex Nth roots and roots of unity 3 26/09 FP2:Hyperbolics – defn, graph, inverse FP2:Hyperbolics – solving problems FP2:Hyperbolics and inverse trig– Differentiation, integration 4 3/10 FP2:Hyperbolics and inverse trig– Differentiation, integration FP2: Method of differences – inc. partial fractions FP2: Integrating partial fractions with quadratic factors 5 10/10 TT TT FP2: 1st order Differential equations – IF, sketching family of curves FP2: 1st order Differential equations – IF, sketching family of curves 6 17/10 FP1:Understand and use relationship between roots and coefficients FP1: Volume by rotation about x and y FP1: Vectors FP1:Series FP1:Indcution FP1:Matrics 24/10 HALF TERM 7 31/10 TT FP2: Second =0 FP2: Second order =f(x) FP2: Harmonic motion and damped oscillation TT 8 7/11 FP2: Differential applied questions- kinematics FP2: Differential applied questions- coupled first order FP2:Maclurin inc validity
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