Khan Academy: Subtracting Two Digit Numbers Without Regrouping (Example 2)

Youngsters are prompted to find the differences in two-digit numbers without regrouping. There are 15 equations to solve.

Second and third graders are prompted to find the differences of two-digit equations with regrouping. Encourage your class to show their work using models or drawings.

Second graders subtract two-digit numbers. In this mathematics lesson plan, 2nd graders subtract both with and without regrouping. Students use manipulatives and place value mats to assist in problem solving.

Learners solve a total of 25 problems using 3-digit numbers without regrouping. A website is referenced for additional resources.

How do I solve a two-digit multiplication problem? Your class tackles this question by walking through problem solving methods. They first investigates and applies traditional multiplication methods, and they then compare those with...

An outstanding PowerPoint presentation on two-digit addition with regrouping awaits your class. The slides present the steps necessary in extremely clear fashion. There are two "internet games" embedded in the final slide that lead to...

In this exercise, students practice subtracting two-digit numbers (no regrouping). Students receive immediate feedback and have the opportunity to watch a tutorial video, get hints, and try questions repeatedly.

Subtract a three-digit number! Your class will have no problem subtracting two and three-digit numbers after practicing with this worksheet. There are 20 problems to solve, no regrouping, borrowing, or trading involved.

Addition and subtraction are essential skills for all young mathematicians. Explain the step-by-step process with respect to place value using these real-world examples. Focus is on numbers in the tens, hundreds, and thousands, making...

Budding Mathematicians hone their math skills as they solve 80 problems that require them to subtract 1, 2, or 3-digit numbers from 3-digit numbers. Borrowing is required to complete every problem. This learning exercise may be best for...