Series and Sequences 1.04 e Differentiation 1.07 i AP and GP Numerical Methods 1.04 h Understand and be able to work with arithmetic 1.09 d Be able to solve equations using the Newton-Raphson sequences and series, including the formulae for method and other recurrence relations of the form . the term and the sum to terms. Understand and be able to show how such methods can fail. Understand and be able to work with geometric 1.04 i 1.09 e sequences and series including the formulae for the term and the sum of a finite geometric series. Understand and be able to work with the sum to infinity of a convergent geometric series, 1.04 j including the use of and the use of modulus notation in the condition for convergence. Be able to use sequences and series in modelling. 1.04 k Resource links Resource links Prior knowledge Prior knowledge 5/T3 Polynomials 1.02 j Simultaneous Equations 1.02 c
Series and Sequences 1.04 e Differentiation 1.07 i 1.04 h 1.04 i 1.04 j 1.04 k AP and GP Understand and be able to work with arithmetic sequences and series, including the formulae for the term and the sum to terms. Understand and be able to work with geometric sequences and series including the formulae for the term and the sum of a finite geometric series. Understand and be able to work with the sum to infinity of a convergent geometric series, including the use of and the use of modulus notation in the condition for convergence. Be able to use sequences and series in modelling. 1.09 d 1.09 e Numerical Methods Be able to solve equations using the Newton-Raphson method and other recurrence relations of the form . Understand and be able to show how such methods can fail. Resource links Resource links 5/T3 Prior knowledge Polynomials 1.02 j Prior knowledge Simultaneous Equations 1.02 c