The Fibonacci Sequence Patterns are everywhere we look. Fibonacci noticed them as early as the 13th Century. Can you recognize numerical patterns when looking at a series of numbers? Created by, Pam Lowe  Back to activity Created by Pam Lowe Using Home Sweet Home Page Graphics.2005. SDheaderblank4.gif. 2002 Curriculum Snapshot: Topic: Patterns Themes: Patterns in nature and man-made objects. Curriculum Areas: Math Grade Level(s): 4 Missouri Content Standards Mathematics (2004) Grade 4 Strand II. Algebraic Relationships MA-4.II.1. Understand patterns, relations and functions. MA-4.II.1.A. describe geometric and numeric patterns. MA-4.II.1.B. analyze patterns using words, tables and graphs. MA-4.II.2. Represent and analyze mathematical situations and structures using algebraic symbols. MA-4.II.2.A. represent a mathematical situation as an expression or number sentence. MA-4.II.2.B. apply the commutative property of multiplication to whole numbers. MA-4.II.3. Use mathematical models to represent and understand quantitative relationships. MA-4.II.3.A. model problem situations, using representations such as graphs, tables or number sentences. MA-4.II.4. Analyze change in various contexts. MA-4.II.4.A. describe mathematical relationships in terms of constant rates of change.

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