These number sequences are missing digits! Each of the six has one missing number and scholars must figure out what it is. Here's the pattern, though: all of these sequences involve counting by 5s, 10s, and 100s. Learners add one of...

Using images helps budding mathematicians grasp difficult subtraction concepts. For this set of three word problems, they examine sets of objects which are reflected in each scenario. To approach subtraction in a more accessible way, the...

In this power up addition worksheet, 2nd graders use the numbers from 2 to 12 to fill in the missing addends for 10 addition problems.

By filling in the blank squares, learners complete five addition number sentences both visually and numerically. For each problem, a frame is filled with a certain number of images (turkeys, candles, etc.) and a certain number of blank...

Kids count by 100 to determine a number in the thousands. They fill in the missing number by counting on  100 starting at the number 5000. They then add 100 to numbers like 2800 and 2600. There are 12 problems to solve.

Addition becomes much simpler once scholars understand its properties. They examine the commutative property through five equation pairs. For each, the addends have been switched and scholars must fill one in. The next six...

Have your young gardeners practice their counting with a lemon tree that's missing its lemons and a flower that's missing its leaves. Included are the two plants and a set of 10 lemons, 10 leaves, and 10 numbers. See the materials tab...

In this missing addends worksheet, pupils fill in the missing sums and addends in the addition questions. Students solve 20 problems.

In this number order practice worksheet, students examine 5 rows of numbers. Students fill in the blanks in each of the 5 rows with the appropriate numbers between 1 and 20.

In this number order practice learning exercise, students examine 5 rows of numbers. Students fill in the blanks in each of the 5 rows with the appropriate numbers between 1 and 20.

In this number order practice learning exercise, students examine 5 rows of numbers. Students fill in the blanks in each of the 5 rows with the appropriate numbers between 1 and 20.

In this number order practice learning exercise, students examine 5 rows of numbers. Students fill in the blanks in each of the 5 rows with the appropriate numbers between 1 and 20.

In this number order practice activity, students examine 5 rows of numbers. Students fill in the blanks in each of the 5 rows with the appropriate numbers between 1 and 20.

In this missing addends learning exercise, students fill in the missing sums and addends for the addition questions. Students solve 20 problems.

In this missing addends worksheet, students fill in the missing addends to the problems so that there are equal equations on both sides of the equals sign.

In this addition worksheet, students determine what the missing numbers are in 8 two digit addition problems; either finding the sum or an addend. They estimate and calculate each answer in 4 three and four digit addition problems.

In this addition and subtraction practice worksheet, students solve 25 problems that require them to fill in the missing numbers in the problems.

In this decimal multiplication worksheet, students supply the missing numbers in multiplication problems. An answer link appears at the bottom of the page.

In this numbers worksheet, students fill in the missing numbers before, between or after the numbers shown up to 20. Students put their answers on the lines provided.

In this counting 0 to 10 worksheet, students solve ten problems in which the missing numbers in the sequence of numbers 1 to 10 are filled in.

Once young mathematicians understand how easy it is to multiply and divide by 10, they'll be hooked! They complete four sections of 12 problems each, all involving this skill. First, scholars find the product of various whole numbers...

There are five numbers here, each of which needs to be decomposed into place values. Young mathematicians complete missing information in a chart which splits numbers into tens and ones. They must fill in the numerals or the tallies...

This identifying the missing factors in multiplication worksheet haspupils use the stolen factors clues to help solve and check the answers. They solve 20 problems.

Two, four, six, eight...can your scholars count by twos? They fill in missing numbers in 18 number sequences, all of which require skip counting by twos. Some begin on an even number and others odd, however all of these are whole...