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2-Digit by 2-Digit Multiplication Worksheets

On this 2-digit by 2-digit multiplication page, problems like 47 × 36 call for two partial products and one final sum. Twelve problems per page leave the most room for that work, with twenty and thirty available for later fluency. Intended for fourth graders learning the standard method and older students refreshing it.
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2-Digit by 2-Digit Multiplication WorksheetsMultiplication · 2-digit by 2-digit · 12 problemsNameDate1)12×882)20×433)60×614)57×785)41×206)66×217)67×578)84×259)50×2210)16×9711)86×7812)82×65printivu.comPage 1 of 2
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Printing help

Give a student one sheet and a pencil with a good eraser. The routine is: multiply by the ones digit, put a zero in the ones place on the second line, multiply by the tens digit, then add. Twelve problems often take twenty minutes at first, so split them across two sittings. Use the answer key afterward, which shows the final product. Where an answer is wrong, compare each partial product with the student's own to find the slip. The 5 versions switch suits a class test day.

This is the multi-digit multiplication that sets up everything later, from area models to algebra. The child needs times tables, carrying and addition at the same time, so errors pile up in places. Frequent trouble: forgetting the placeholder zero on the second line, misaligning the columns, or mixing up carried digits between the two rows. Multiplying by a tens digit means the answer is ten times bigger. The multipliers here run from 11 to 99 and never end in zero. A 3-digit by 2-digit sheet is the next step.

Stay on twelve problems and Stacked until the placeholder zero is automatic. Twenty or thirty is for building speed after accuracy. For a child who drifts out of line, print on grid paper lined up with the sheet or turn lined paper sideways as a guide. Missing number mode is a good extension, since it asks the student to find a factor from a product.

Why does the second line need a zero?
Because that row is multiplying by tens, so the product is really ten times bigger. The zero holds the ones place. Many students write the zero first, before multiplying, to avoid forgetting it.
Are there problems that multiply by numbers like 20 or 50?
No. Multipliers run from 11 to 99 and never end in zero, because those reduce to a one-digit problem with a zero on the end. Every line uses both partial products.
How long should a fourth grader spend on one page?
Twelve problems usually take fifteen to twenty minutes while the method is new. If it runs past thirty, the child is probably stuck on tables or alignment, so go back and practice that piece first.

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