Blank 3-by-2 Lattice Grids A pages with lots of blank 3-by-2 grids to print out. 3rd through 5th Grades 3-Digit by 3-Digit Lattice Multiplication : 3 digits by 3 digits Once your students have mastered simpler lattice multiplication grids, have them try these large 3-digit by 3-digit...
3-digit by 2-digit Lattice Multiplication Example 1 Multiply 325 by 28 using the lattice multiplication method. Solution Since we are multiplying a 3-digit number by a 2-digit number, we will use a 3 × 2 lattice grid. Multiply each digit and write these answers in the corresponding boxes...
The lattice method of multiplication has four steps: Draw the lattice. It should have 3 columns and 2 rows. Draw a diagonal through each cell from top right to bottom left. Label the lattice. The 3-digit number goes across the top, and the 2-digit number goes down on the right. ...
Lattice Multiplication with Decimals Step-by-Step 3.42 * 6.9 = Ok! I know how to do Lattice, but I don’t remember how to multiply with decimals!!! 3.42 * 6.9 Make a grid the exact size of your problem. A 2 digit number times a 3 digit number gets a 2 x 3 grid. Draw a ...
LatticeMultiplicationwithDecimals Step-by-Step 3.42*6.9= Ok!IknowhowtodoLattice,butIdon’trememberhowtomultiplywithdecimals!!!3.42*6.9 Makeagridtheexactsizeofyourproblem.A2digitnumbertimesa3digitnumbergetsa2x3grid.Drawadiagonallineineachbox.342 6 9 3.42*6.9 Placethedecimalpointabove/besidethe...
LatticeMultiplicationwithDecimals Step-by-Step 3.42*6.9= Ok!IknowhowtodoLattice,butIdon’trememberhowtomultiplywithdecimals!!!3.42*6.9 Makeagridtheexactsizeofyourproblem.A2digitnumbertimesa3digitnumbergetsa2x3grid.Drawadiagonallineineachbox.342 6 9 3.42*6.9 Placethedecimalpointabove/besidethe...
LatticeMultiplication withDecimals Step-by-Step 3.42*6.9= Ok!IknowhowtodoLattice,butIdon’trememberhowtomultiplywithdecimals!!! 3.42*6.9 3 4 2 6 9 Makeagridtheexactsizeofyourproblem.A2digitnumbertimesa3digitnumbergetsa2x3grid.Drawadiagonallineineachbox. ...
Lattice Multiplication Lattice Multiplication Step-by-Step
The rules for solving long addition and long multiplication may be simple, but they are algorithms, nonetheless. Likewise, the set of rules that give step-by-step instructions on how to add using the lattice method is called a lattice algorithm. The numerical instructions below explain step-by...
We also explain what types of models can be treated by using HΦ in Section 2.3. In Section 3, we detail algorithms implemented in HΦ. The representation of the Hilbert space adopted in HΦ is explained in Section 3.1. How to implement multiplication of the Hamiltonian to a wavefunction ...