Package Include
1 * Portable Plastic Abacus Arithmetic Soroban Kid's Calculating Tool 17 Digits
Features
- Material: hard plastic (frame and beads), and wood (rods) Plastic Abacus arithmetic.
- Size (L*W*H): about 10.5*2.3*0.7 inch Soroban abacus.
- Color: as shown in the pictures toys for kids.
- Soroban style abacus, plastic frame, 17 digits childrens toys.
- A very useful tool in general mathematics education Abacus for kids.
- Give concrete visible display of numbers by beads kids toys.
- One bead above and four beads below toy for kids.
- Widely used by kids, accounting students, merchants, traders, etc tools for kids.
- and Plastic Abacus Arithmetic Soroban Kid's Calculating Tool 17 Digits Metal Abacus.
Goods Description
kidcraft playset Calculations made by the abacus /soroban is a integration of mind and body.toy for kids Abacus /soroban is a tool to make brain smarter.beads for kids The 17 digits abacus, also called a counting frame, is a calculating tool where beads are moved up and down and by feeling and looking at the beads, complex calculations are made
1 * Portable Plastic Abacus Arithmetic Soroban Kid's Calculating Tool 17 Digits
Features
- Material: hard plastic (frame and beads), and wood (rods) Plastic Abacus arithmetic.
- Size (L*W*H): about 10.5*2.3*0.7 inch Soroban abacus.
- Color: as shown in the pictures toys for kids.
- Soroban style abacus, plastic frame, 17 digits childrens toys.
- A very useful tool in general mathematics education Abacus for kids.
- Give concrete visible display of numbers by beads kids toys.
- One bead above and four beads below toy for kids.
- Widely used by kids, accounting students, merchants, traders, etc tools for kids.
- and Plastic Abacus Arithmetic Soroban Kid's Calculating Tool 17 Digits Metal Abacus.
Goods Description
kidcraft playset Calculations made by the abacus /soroban is a integration of mind and body.toy for kids Abacus /soroban is a tool to make brain smarter.beads for kids The 17 digits abacus, also called a counting frame, is a calculating tool where beads are moved up and down and by feeling and looking at the beads, complex calculations are made
