**Mathematics**

## Mathematics lessons aim to make children feel at ease with numbers, excite them about learning mathematics skills, and build their confidence through challenging, level-appropriate games and activities.

To help develop curiosity and comfort, mathematics classes use tangible, familiar, and easily available objects such as sticks and paper money to lay the basic foundations. Instructors use word problems based on common daily tasks to help children recognise how mathematics is connected to their everyday lives. Once children can sense the value and relevance of mathematics, they usually begin to enjoy solving problems.

TaRL mathematics levels differ depending on context. The levels described below are based on the Number Recognition part of the assessment. In contexts where there is large variation at the Number Recognition level, this might be a helpful method of grouping.

**BEGINNER LEVEL**

##### QUANTITY AND COUNTING

Counting tangible objects helps children to quickly recognise spoken numbers and develop an intuition for adding and subtracting numbers. TaRL instructors are encouraged to use counting materials familiar to the children. This helps them to begin to count in everyday life and strengthens their skills. In addition, using counting materials that are easily available often means there is little or no cost, and they are easy to replace.

##### NUMBER RECOGNITION

This activity is reinforced with number recognition games, and regular discussions about how numbers are relevant to their everyday lives. Children also begin to practice writing numbers, at first copying them from the chart. Through regular practice, children quickly progress to recognising single digit numbers, moving to Level 1.

**MATHEMATICS LEVEL 1**

Instructors also continue to teach basic operations, giving children appropriately challenging word problems and sums to solve. Instructors continue to introduce tools to help children to organize their mathematical thinking, such as bundles and sticks, as well as a number frame with columns for tens and units. This helps children better understand place value, and to write numbers carefully when carrying out operations.

##### PLACE VALUE

Through this activity, children begin to understand the importance of grouping numbers by ten,

and notice the pattern that the spoken numbers follow.

When this is combined with representing the bundles and sticks in written form in a number frame, children learn that a ‘1’ in the bundles column means one bundle of ten sticks. In this way, they begin to understand place value.

Instructors use easily available materials like sticks (the specific material used depends on context: for example, in parts of India, straws are cheap and easily available) to teach place value. String or rubber bands are used to tie groups of ten sticks into bundles. This helps children to understand the concepts of tens and units: by seeing 10 different sticks combined to form one bundle, they see that a ‘1’ in the ‘10s’ place represents a 10. Children are not intimidated by bundles and sticks, because they are familiar with these simple materials. In addition, they can find sticks on the ground and practise TaRL activities outside of the classroom.

##### BASIC OPERATIONS

Children begin to understand basic operations at a very early stage. Once they have learned how to count, they can begin to learn addition using small numbers. These concepts are often introduced using tangible objects. TaRL instructors give their classes regular practice with operations. According to Pratham’s

methodology, when practicing operations, children do not just copy the instructor’s process, but explain the process in their own words, reinforcing their understanding of the operation. This is especially important in the whole class setting when other children learn from their classmates’ demonstrations. During basic operations activities, instructors often divide the class up into small groups. To do this, they consider the child’s basic operations level and, where possible, assign children with similar levels to the same group. The instructor then gives appropriate sums to each group.

##### PROBLEM SOLVING

Children are prompted to identify information given in a problem, to understand what the question requires, and determine the mathematical operation needed to solve the problem. They next apply the process they have learned to solve the problem. This set of skills is fundamental to learning and applying mathematics.

**MATHEMATICS LEVEL 2 AND HIGHER**

##### PLACE VALUE

Similar to number charts, expansion charts are made by instructors and used daily in higher level classes, helping children to become familiar with higher-digit numbers.

Play money is simple money modelled on familiar currency. The money is printed, cut, and given to instructors at training. The notes are used and reused. Money is usually familiar to children and they are able to understand sums involving giving or receiving money, for example.

In this video, the instructor introduces paper currency notes, explaining how the denominations combine to form a number, and demonstrates the process of addition using paper notes.

##### MULTIPLICATION TABLES

To test multiplication, number cards written on recycled cardboard can be used. In one game, children flip over 2 randomly chosen cards and quickly say the product of the 2. Number cards might have a number of additional uses, helping children with mental mathematics.

Children are encouraged to practise multiplication tables by first using a multiplication chart, and then testing their knowledge through games or competitions. In the video above, the instructor uses number cards which he made, and children work together in small groups to practice multiplication tables. Instructors choose different methods to encourage children to memorise the multiplication tables.

##### BASIC OPERATIONS

Instructors focus first on addition and subtraction, in particular making sure that learners are well-equipped with place value understanding, particularly when ‘carrying over’ in subtraction

sums. Instructors teach the process of addition and subtraction using paper currency and a number frame. In the video below, the instructor uses play money to demonstrate the process of addition with larger numbers.

Similarly, instructors demonstrate the process of multiplication using a number frame, going step-by-step, as in the video below. Instructors move away from using tangible objects when teaching long division, to a more abstract tool – a division frame. Instructors demonstrate the process of each operation in a whole-group setting, and then give children time to work on sums together in their small groups.

Once children are able to solve addition, subtraction, multiplication and long division sums with larger numbers, instructors give them regular practice solving a large number of sums. Instructors give children individual attention where necessary, explaining the process, and making sure children understand.

##### PROBLEM SOLVING USING LARGER NUMBERS

In the video above, the instructor demonstrates the process of reading and solving a word problem, and children learn how to solve multiplication problems using bigger numbers.