Challenge students to spell 20 'dr' blend words. They will listen, write, and self-correct their phonics spelling, strengthening their grasp of this blend through practice.

Guide students to partition number lines, representing fractions including those greater than one whole. They will practice placing proper and improper fractions accurately on five number lines.

Help students practice and master "bl" phonics blends with a 20-word spelling test. Students listen and write, reinforcing their ability to spell "bl" words.

Help 3rd graders practice distinguishing between literal and nonliteral language. Students will interpret figurative sentences, explaining their true meaning and identifying different language uses.

Engage students in practicing "sl" blends by completing cloze sentences. They will choose appropriate words from a word bank, enhancing their vocabulary and contextual understanding.

Engage 3rd graders with this St. Patrick's Day Snakes and Ladders game. Students use game cards to practice various skills, making learning fun and interactive.

Create custom visuals of fractional parts using circles and polygons. Students will visualize and better understand parts of a whole in your lessons and assignments.

Students visually understand fractions and their equivalence as mixed numbers, decimals, and percents. Interactive tools demonstrate these relationships using various models.

Students actively explore polygons and quadrilaterals, manipulating shape properties and angles. They learn about interior/exterior angles and virtually practice using protractors and rulers.

Students will identify fractions and shoot matching bubbles in a dynamic game. Difficulty increases with faster bubbles and more options, fostering fraction recognition skills.

Students will learn to partition shapes into equal parts. They discover each piece represents an even fractional portion of the whole, building foundational geometry understanding.

Students explore improper fractions, mixed numbers, decimals, and percentages. They manipulate numerators/denominators to build and understand various length, area, and set models.