Game: Skip count by 2 to 6 (forwards and backwards, short version)

Complete arithmetic sequences

Use subitizing and multiplication to count objects

Game: Skip count by 2 to 10 (forwards and backwards)

Complete arithmetic sequences (two missing terms)

Complete arithmetic sequences (two missing terms, decimals)

Game: Skip count by 2 to 12 (forwards and backwards)

Game: Skip count by 2 to 6 (forwards and backwards)

Count up by 2

Skip count by 3

Skip count (number line)

Skip count by 5 (number line)

Determine a recursive formula for a sequence

Use a flow chart to build the Collatz Sequence

Complete arithmetic sequences (by multiples of 10)

Interpret flow charts used to build sequences

Identify sequence relationships with images and words

Complete arithmetic sequences (by 1)

Complete arithmetic sequences (by 2)

Continue and extend visual sequences

Complete and continue visual sequences

Complete arithmetic sequences (by 5 and 10)

Complete arithmetic sequences (by 2 to 5)

Complete arithmetic sequences (by 2)

Complete arithmetic sequences (by 10)

Complete arithmetic sequences (by 10 and 100)

Complete arithmetic sequences (by 5 to 9)

Complete arithmetic sequences (by 5 to 9)

Complete arithmetic sequences (by 2 to 5)

Complete arithmetic sequences (by 5 to 9)

Use the sieve of Eratosthenes to find all prime numbers less than 100

Distinguish between position and value in arithmetic sequences

Describe how sequences are related using equations

Represent the first terms of a sequence with different formulas and determine where they diverge

Find multiple equivalent formulas for the same sequence

Match visual sequences with verbal descriptions

Derive and use an explicit formula for the triangular numbers from a recursive representation of the sequence

Use a flow chart to find sequences of consecutive leap years

Use flow charts to build sequences

Complete arithmetic sequences (by 11 to 15)

Calculate the value of terms in a sequence with a formula

Find explicit formulas for sequences from their recursive formulas

Represent sequence regularity with algebraic expressions in multiple ways

Complete arithmetic sequences (by 2 to 5)

Complete geometric sequences

Complete arithmetic and geometric sequences

Complete arithmetic sequences (by 11 to 15)