Didax® Volume Measurement Dominoes
Product Number: DD-211244
$17.99
Our foam dominoes give students a fun way to practice and reinforce key math concepts. This game includes two sets of 24 color-coded dominoes (48 total pieces); each set is ideal for up to four players. Instructions included. Made of durable foam (3" x 1.5").
Finding the volume of a solid figure is much more interesting with dominoes! In one set players use formulas to match the written notation of volume to diagrams labeled with dimensions. In the second set players use spatial reasoning to match diagrams of centimeter cubes to the written notation of volume.
Our foam dominoes give students a fun way to practice and reinforce key math concepts. This game includes two sets of 24 color-coded dominoes (48 total pieces); each set is ideal for up to four players. Instructions included. Made of durable foam (3" x 1.5").
Finding the volume of a solid figure is much more interesting with dominoes! In one set players use formulas to match the written notation of volume to diagrams labeled with dimensions. In the second set players use spatial reasoning to match diagrams of centimeter cubes to the written notation of volume.
- A fun way to reinforce key concepts.
- Ideal for any students needing additional practice
- Game includes two sets of 24 color-coded dominoes (48 total pieces)
- Set focuses on the 5th and 6th grade level standards for volume measurement
DD-211244
Data sheet
- Grade
- Grade 5-6
- Age
- 10-11 years
- Manufacturer
- Children's Factory
- Size
- 4' x 8' x 1-1/2" thick
- Grade(s)
Our foam dominoes give students a fun way to practice and reinforce key math concepts. This game includes two sets of 24 color-coded dominoes (48 total pieces); each set is ideal for up to four players. Instructions included. Made of durable foam (3" x 1.5").
Finding the volume of a solid figure is much more interesting with dominoes! In one set players use formulas to match the written notation of volume to diagrams labeled with dimensions. In the second set players use spatial reasoning to match diagrams of centimeter cubes to the written notation of volume.