# data[].attributes.body
By [Date] When give a [level of independence] and positive numbers that may contain decimals, student will solve a two-step equation solving for an unknown number as measured by student work samples collected on a [XX] basis

# data[].attributes.body
By [Date] When give a [level of independence] and positive numbers that may contain decimals, student will solve a two-step equation solving for an unknown number as measured by student work samples collected on a [XX] basis (5.OA.A.1)

# data[].attributes.headline
By [Date] When give a [level of independence] and positive numbers that may contain decimals, student will solve a two-step equation solving for an unknown number as measured by student work samples collected on a [XX] basis (5.OA.A.1)

# data[].attributes.subject
By [Date] When give a [level of independence] and positive numbers that may contain decimals, student will solve a two-step equation solving for an unknown number as measured by student work samples collected on a [XX] basis (5.OA.A.1)

# data[].attributes.headline
By [Date] When give a [level of independence] and positive numbers that may contain decimals, student will solve a two-step equation solving for an unknown number as measured by student work samples collected on a [XX] basis

# data[].attributes.subject
By [Date] When give a [level of independence] and positive numbers that may contain decimals, student will solve a two-step equation solving for an unknown number as measured by student work samples collected on a [XX] basis

# data[].attributes.body
[Date] Given a [level of independence] and positive whole numbers within [##] student will use order of operations to solve a two-step equation that contains two operations and one given variable as measured by student work samples collected on a [XX] basis

# data[].attributes.body
By [Date] When give a [level of independence] and positive numbers that may contain decimals, student will solve a two-step equation solving for an unknown number as measured by student work samples collected on a [XX] basis (5.OA.A.1)

# data[].attributes.body
By [Date] When give a [level of independence] and positive numbers that may contain decimals, student will solve a two-step equation solving for an unknown number as measured by student work samples collected on a [XX] basis (5.OA.A.1)

# data[].attributes.body
By [Date], When give a [level of independence] and positive numbers that may contain decimals, student will solve a two-step equation solving for an unknown number as measured by student work samples collected on a [XX] basis

# data[].attributes.body
By [Date] When given [level of independence] and numbers within [##] Choose a strategy to find the missing number that makes a one-step equation true with sums or differences up to ## as measured by student work samples collected on a [XX] basis (2.OA.A.1)

# data[].attributes.body
By [Date] When give a [level of independence] and positive numbers that may contain decimals, student will solve a two-step equation solving for an unknown number as measured by student work samples collected on a [XX] basis (5.OA.A.1)

# data[].attributes.body
By [Date] When give a [level of independence] and positive numbers that may contain decimals, student will solve a two-step equation solving for an unknown number as measured by student work samples collected on a [XX] basis (5.OA.A.1)

# data[].attributes.body
By the next annual IEP, given verbal prompting and a positive number containing a decimal, the student will solve for an unknown number with 70% accuracy as measured by student work samples to be collected 3 times a quarter.

# data[].attributes.body
By [Date] When give a [level of independence] and positive numbers that may contain decimals, student will solve a two-step equation solving for an unknown number as measured by student work samples collected on a [XX] basis (5.OA.A.1)