Jamie Ray

This peardeck teaches students how to identify which operation to use to solve a word problem: addition, subtraction, multiplication, or division. Then gives students practice solving problems using all 4 operations with decimals.

This Google Slides interactive Peardeck lesson teaches students how to graph in a 4 quadrant coordinate plane step by step. This is an introductory lesson for students who are new to the 4 quadrant coordinate plane.

This lesson reviews converting mixed numbers to improper fractions and improper fractions to mixed numbers. Then, it teaches students how to divide mixed numbers. It uses peardeck so student work can be seen as the lesson is taught.

This peardeck was intended for 5th and 6th graders as a review of multiplying multi-digit numbers for students who have already been introduced to the concept. It quickly reviews the different strategies and then focuses on standard algorithm.

This interactive google slides peardeck lesson teachs students how to graph and identify points in one quadrant coordinate plane.

This interactive peardeck teaches students to read a scenario and write an expression for it. Students are then given additional information, so they can use their expression to solve the scenario. This peardeck also introduces how expressions can be used to describe tables.

This interactive peardeck teaches students to read a scenario and write an expression for it. Students are then given additional information, so they can use their expression to solve the scenario. This peardeck also introduces how expressions can be used to describe tables.

This interactive peardeck teaches students to read a 2-step scenario and write an expression for it. Students are then given additional information, so they can use their expression to solve the scenario. This peardeck also introduces how expressions can be used to describe tables.

This Peardeck lesson teaches students how to find the percent of a number, both as stated and in word problems.

This interactive Google Jamboard helps students to discover the difference between prokaryotic and eukaryotic cells. On the first jamboard slide, students are given a simple diagram of a prokaryotic and eukarotic cell. They must make observations (this can be done in small groups or zoom breakout rooms). Then, on the second slide, the class can work together on a venn diagram comparing the two types of cells. On the third slide is vocabulary matching related to this lesson.

This Google Slides interactive Peardeck teaches students to reflect coordinates over y-axis and origin on a coordinate plane. It guides them through the process step by step and helps them to develop rules for how reflection works. See my "Reflect over x-axis" Peardeck separately for that lesson.

This peardeck guides students in learning how to recognize and solve problems involving equivalent fractions.

This interactive Peardeck teaches students how to change words into expressions using variables.

This follows Tape Diagrams Parts 1 and 2. It teachers students how to solve ratio comparison problems. For example, there is a 2 to 5 ratio of student who prefer vanilla to chocolate ice cream. If 6 students like vanilla, how many like chocolate?

This simple interactive Peardeck introduces students to the concepts of expressions and how to write them.

This interactive Peardeck teaches students how to look at numerical expressions and rewrite them using math language. For example 5x becomes the product of 5 and x or 5 multiplied by x.

This peardeck teaches students how to find the percent of a number, both with and without word problems.

This peardeck reviews dividing fractions, whole number divided by fraction, fraction divided by whole number, mixed number division, and includes a dividing fraction word problem.

This is the second peardeck in my developing a personal narrative series. It covers how to add details to your main events, and how to write a conclusion/ending.

The 4th and final part of the tape diagram series. This lesson teaches students how to solve multi-step ratio problems with two ratios.