Numbers from 1 to 9 - Free MCQ Practice Test with solutions, Class 1 Mathematics

The number that lies between 2 and 4 is 3. This concept of ‘between’ helps in understanding the order of numbers.

The number 4 is smaller than 9. Understanding which numbers are larger or smaller is fundamental in number comparisons.

The true statement is that 3 comes before 5 in counting. This understanding helps in organizing and comparing numbers.

The value of zero is ‘nothing’ or ‘none’. It indicates the absence of a quantity, such as having zero apples means there are no apples at all.

The correct ascending order is 2, 4, 6, which means arranging numbers from the smallest to the largest. This helps in organizing data efficiently.

The statement that 7 is bigger than 4 is correct because in the sequence of numbers, 7 comes after 4, indicating a larger value. Understanding the order of numbers is crucial for comparing them.

When two groups have the same number of items, they are considered equal. For example, if both groups have 4 items, then they are equal in quantity.

When you count 1, 2, 3, 4, 5, the next number in the sequence is 6.

To represent the number 1 using fingers, you simply hold up one finger. This visual representation is an effective method for young learners to grasp the concept of counting.

If you have 3 stones and 3 blocks, their quantities are equal since both groups contain the same number of items.

The opposite of ascending order is descending order, which arranges numbers from the largest to the smallest. Understanding both arrangements is important for data interpretation.

The correct representation of ‘less’ is that 5 is less than 7. This comparison illustrates the idea of quantity effectively within the range of numbers 1–9.

The number that comes after 5 is 6. Recognizing the sequence of numbers is fundamental to counting and basic arithmetic.

Priya has more candies, with a total of 5 compared to Rahul’s 2. This demonstrates the concept of 'more' and 'less' in counting items.

Pointing to toys or stones while counting is an example of counting objects, as it involves physically indicating each item to reinforce the concept of counting.