Students will reach in and grab a small handful of each object. You can use anything! Plastic math cubes, counting bears, mini-erasers, or even marshmallows and chocolate candies. Simply fill two containers with different types of objects. This hands-on addition activity is a great math center idea for students. While the student is solving, the other students can write and solve the problem on dry-erase boards and compare their answers. They will read their addition sentence aloud and use the colored paper plates to model and solve the addition sentence on the ten-frame. Next, write addition sentences on notecards and turn them over face down. Pro tip- evenly space five plates to measure how long your ten frame needs to be, then move one down to measure how tall it should be, then make the rest of the tape strips. Start by making the outside perimeter, then do a long strip down the middle, and then smaller strips to make the 10 sections. Use the tape to make a giant ten-frame on the carpet. You'll need painters tape and 2 colors of paper plates (like the ones from the party section). The next of the hands-on addition activities is a great whole group game. Recording sheets are also included for students to practice. Students will flip a card, solve the equation using either manipulatives or a number line, and complete the addition sentence using a magnetic number tile. There are a variety of mats included, giving students different ways to model and solve equations. You could also make your own addition mats out of colored card stock or grab some done-for-you Flip and Solve mats.įlip and Solve is jam-packed with hands-on learning opportunities. Students can use various manipulatives and number lines to model equations. 4: Flip and SolveĪddition practice mats offer a variety of ways to solve addition problems.
Students will draw an equation and model it using 2 colors of plastic math cubes.Īnother way to do this activity in a small group is by laying out all of the sticky notes and having students choose an equation, model it, and place their cube tower on the equation, working together until all of the equations are covered. You can even use the same sticky note equations from the first activity above. Simply prep the sticky notes or notecards with addition equations. This hands-on addition activity requires nothing more than plastic math cubes and sticky notes or notecards.