## Description

**145 MATH COMMON CORE ALIGNED QUESTIONS TO TRANSFORM YOUR CLASSROOM! Perfect for morning work, math rotations, spiral review, and math practice!**

**WHAT ARE P.O.W.E.R PROBLEMS?**

**PURPOSEFUL**Β – These problems are meant to keep students focused, while strengthening initiative and perseverance.

**OPPORTUNITIES**Β – These prompts can be used in a variety of ways. P.O.W.E.R problems can be used to introduce a lesson, spiral review, or as formative assessments.

**WITH**

**ENGAGEMENT**Β – Problems are real world applicable and designed to hook students with interest and presentation. Complexity of problems promotes problem solving skills.

**RIGOR**Β – Tasks are specifically designed to challenge students and assess conceptual understanding of curriculum versus procedural understanding. Students will need to apply more than just a βformula.β

**WHY USE P.O.W.E.R PROBLEMS?**

β**BUILD STAMINA WITHIN YOUR STUDENTS!
**P.O.W.E.R problems are designed to challenge your students with their open ended presentation. Majority of problems that come from textbooks and workbooks assess procedural understanding of curriculum. Some textbooks even provide step by step instructions where the textbook is thinking for the students and taking away that βproductive struggleβ for children. When we rob students of that event, we rob them of their ability to reason, problem solve, and see beyond a standard algorithm. P.O.W.E.R problems are meant to show students that there are different ways to answer one question in math. With these tasks students take ownership and are part of the problem solving process versus filling in blanks in a textbook.

**HOW TO USE POWER PROBLEMS:**

**YOUR KIDS. YOUR CHOICE. FLEXIBILITY.**

β**TO INTRODUCE A LESSON**Β – P.O.W.E.R problems can be used to introduce a new skill. In this case your students will experience a βproductive struggle.β Their problem solving skills and prior knowledge will kick in. Often times most of my students will have the incorrect answer or no answer at all. I then have someone explain their method/reasoning and allow my students to critique their peerβs answer. This makes for great accountable talk discussions. If I see that most students do not have an answer I will assist the class in getting to a specific point and then allow them to finish independently.

β**SPIRAL REVIEW**Β – Avoid your students forgetting standards, by using P.O.W.E.R problems to spiral review previously taught lessons.

β**FORMATIVE ASSESSMENTS**Β – You can use these problems to assess mastery and levels of understanding.

****Five questions (sometimes more) per standard/topic.****

**Standards & Topics Covered**

**Number and Operation in Base Ten
**β₯ 3.NB.1 – Place value concepts

β₯ 3.NBT.2 – Adding & subtracting whole numbers

β₯ 3.NBT.3 β Multiplying numbers

**Operations & Algebraic Thinking
**β₯ 3.OA.1 – Interpreting products of whole numbers

β₯ 3.OA.2 β Interpreting quotients of whole numbers

β₯ 3.OA.3 β Use multiplication and division to solve word problems

β₯ 3.OA.4 β Determining unknown numbers in a multiplication or division equation

β₯ 3.OA.5 β Apply properties of operations to multiply and divide

β₯ 3.OA.6 β Understand division as an unknown-factor problem.

β₯ 3.OA.7 β Fluently multiply and divide within 100

β₯ 3.OA.8 β Solve two-step word problems using the four operations.

β₯ 3.OA.9 β Understanding patterns on a multiplication chart

**Number and Operation – Fractions
**β₯ 3.NF.1 β Understanding fractions

β₯ 3.NF.2 β Understanding fractions on number lines

β₯ 3.NF.3 β Equivalent fractions and comparing fractions

**Measurement and Data
**β₯ 3.MD.1 β Understanding time

β₯ 3.MD.2 β measuring and understanding liquid volume and mass

β₯ 3.MD.3 β Picture graphs

β₯ 3.MD.4 β Measuring length and using line plots

β₯ 3.MD.5 β Understanding area

β₯ 3.MD.6 – Measuring area

β₯ 3.MD.7 – Relate area to the operations of multiplication and addition.

β₯ 3.MD.8 β Word problems with area and perimeter

**Geometry
**β₯ 3.G.1 β Understanding and examining shapes

β₯ 3.G.2 – Partition shapes into parts with equal areas.