Curriculum Focus Document Precalculus Chapter 10: Sequences and Series GOAL(S) This unit will address the following relevant goals: Sequences and Summation Notations Arithmetic Sequences Geometric Sequences Annuities and Installment Buying Mathematical Induction The Binomial Theorem UNDERSTANDING(S) Students will understand the following: That a sequence is a listing of elements usually from a rule. That sequences have partial and infinite sums That arithmetic sequences are formed by successive addition That geometric sequences are formed by successive multiplication That both arithmetic and geometric sequences can be models of real world applications That the principle of mathematical induction is used to prove theorems That the binomial theorem is a method of finding coefficients of any polynomial easily. ESSENTIAL QUESTION(S) After an infinite number of bounces, how far will a ball have traveled? How much money would be in an account if left for 10 years. How would you prove every single case of a problem if there were an infinite number of cases? KNOWLEDGE (CP) SKILLS (CP) Students will know the following: Students will be able to do the following: Sequences and Summation Notations Arithmetic Sequences Geometric Sequences Annuities and Installment Buying Mathematical Induction The Binomial Theorem Write sequences from a given rule. Write a rule from a sequence Identify the common difference and the nth term of an arithmetic sequence. Vice versa Identify the common ration and the nth term from a geometric sequence. Vice versa Find sums of finite and infinite geometric and arithmetic sequences. Use the binomial theorem to find coefficients of any term of a power of a binomial. Find the nth term of any expansion of a binomial power. This publication is the property of Antonian College Preparatory High School. Duplication in whole or part, outside of ACPHS, is prohibited with express written permission from ACPHS. Curriculum Focus Document KNOWLEDGE (H/AP) SKILLS (H/AP) Students will know the following: Students will be able to do the following: Sequences and Summation Notations Arithmetic Sequences Geometric Sequences Annuities and Installment Buying Mathematical Induction The Binomial Theorem Write sequences from a given rule. Write a rule from a sequence Identify the common difference and the nth term of an arithmetic sequence. Vice versa Identify the common ration and the nth term from a geometric sequence. Vice versa Find sums of finite and infinite geometric and arithmetic sequences. Use the binomial theorem to find coefficients of any term of a power of a binomial. Find the nth term of any expansion of a binomial power. This publication is the property of Antonian College Preparatory High School. Duplication in whole or part, outside of ACPHS, is prohibited with express written permission from ACPHS.