Year 2 Place Value Worksheets with Answers (PDF)

In Year 2, children learn to compare and order numbers from 0 up to 100. Building on early terms like more than, less than, and equal to, they now record these relationships using mathematical symbols: <, >, and =. They learn to evaluate two-digit numbers by looking at the value of the tens and ones digits, arranging lists of numbers from smallest to greatest or greatest to smallest.

A common error occurs when children focus on the ones digit instead of the tens digit. For example, a child might decide that 39 is larger than 51 simply because 9 is greater than 1, overlooking that 5 tens are worth more than 3 tens. Children also frequently confuse the directions of the < and > signs when recording their answers.

Practice worksheets reinforce this understanding through a variety of straightforward formats. Children encounter activities such as Insert the sign: <, > or =, Order five numbers, and word problems like Which group collected the least. Other tasks combine operations, such as Compute, then insert the sign, or prompt deeper thinking through puzzles like List the digits that fit to complete an inequality.

In Year 2, children solve one-step word problems set in familiar contexts using numbers up to 100. They use addition and subtraction of two-digit numbers, as well as basic multiplication and division using the 2, 5, and 10 times tables. To find the answer, pupils apply mental and written methods alongside concrete objects, arrays, and pictorial drawings.

A common error is rushing to add all the numbers mentioned in the text without picturing the situation. When children see numbers in a sentence, they often combine them automatically rather than thinking about the action taking place. This causes mistakes when a problem contains an extra, unnecessary number or asks them to work backwards to find an unknown starting amount.

Practice tasks present short, relatable scenarios that require pupils to understand what is happening before calculating. Tasks include:

• Identifying which operation solves the problem, such as finding a total altogether or working out how many are left.
• Filtering out distracting information in stories that include an extra number.
• Working backwards to calculate how many were there at the start or choosing the correct result from a given set of options.

In Year 2, children build on reading and writing numbers to at least 100 in numerals and words, extending their skills towards numbers up to 1000. They learn to match spoken and written number names with numerals, developing a secure grasp of how hundreds, tens, and ones combine.

A common mistake occurs with numbers containing a zero in the middle, such as three hundred and five. Children often write 3005 or 35 instead of 305. This happens because they write each word literally as they hear it, forgetting that zero must hold the place of the empty tens column.

Practice tasks ask children to Write the number in digits or Read the number in words. Children also refine their accuracy through error-checking activities, including Zero in the middle: fix how the number is written, Choose the correct way of writing it in digits, and deciding Is this way of writing the number correct.

In Year 2, children build confidence with number patterns by counting forward and backward in regular steps. Specifically, they practise counting in steps of 2, 3, and 5 starting from 0, and stepping in tens starting from any number (for example: 14, 24, 34, 44).

A common difficulty occurs when counting in tens from a number that does not end in zero. Children often instinctively slip back into counting round multiples of ten, jumping from 23 to 30 and 40 instead of continuing to 33 and 43. Stepping backward also requires extra focus, as children must subtract the step size repeatedly without losing track of the sequence or confusing the tens and ones digits.

Worksheet tasks reinforce these patterns through clear, practical formats:

• Keep counting: filling in missing values in a sequence moving forwards or backwards by 2, 3, 5, or 10.
• Spotting errors: finding and correcting the wrong number placed in an otherwise regular step pattern.
• Multiple choice: identifying which number comes next in an equal-step chain.
• Counting jumps: working out how many equal steps are needed to travel from a starting value to a target number.

Children learn to recognise the place value of each digit in any two-digit number. They understand that in a number like 47, the 4 represents 4 tens (or 40) while the 7 represents 7 ones. This helps them break numbers apart into tens and ones and use these facts to solve place-value problems.

A common mistake is treating digits simply as single items rather than values based on position. For example, looking at 62, a child might say the digit 6 has a value of 6 rather than 60. Children also frequently reverse the digits, confusing the tens column with the ones column and reading 3 tens and 5 ones as 53.

Practice tasks build this understanding using two focused formats:

• Tens and ones asks children to break down a two-digit number into its separate tens and ones, or combine given tens and ones to write the complete number.
• How many full tens? challenges children to identify the exact number of whole groups of ten inside a two-digit number.

In Year 2, children learn to identify and represent numbers up to 100 on a number line. At this stage, they move beyond counting individual units and use their knowledge of tens and ones to navigate the line in larger steps, specifically jumping forward or backward in groups of ten.

A frequent stumbling block occurs when children count the printed tick marks rather than the distance of the jump itself. Children may also lose track of the ones digit when jumping in tens from a number that does not end in zero—for example, jumping ten forward from 34 and landing on 40 instead of 44.

Typical worksheets use the Jump by tens on the number line task format. Children see a number line marked with numbers up to 100 and draw curved jumps to show adding or subtracting ten, or they read completed jumps to identify missing starting, intermediate, or landing numbers.