# Tables 2 to 100

Created by: Team Maths - Examples.com, Last Updated: June 13, 2024

## Tables 2 to 100

Tables from 2 to 100 represent multiplication facts from 2 times 1 to 100 times 1. Each table consists of multiples of the respective number, with the first column containing the multiplicand and subsequent columns showing the product of that number with integers from 1 to 10 or 12, depending on the educational system. Mastery of these tables is crucial in arithmetic, aiding in mental math, problem-solving, and understanding mathematical concepts such as factors and multiples.

## Tables from 2 to 100 chart

In mathematics, the multiplication tables from 2 to 100 are foundational tools for learning arithmetic and understanding the concept of multiplication. Each table represents the products obtained by multiplying the respective number (from 2 to 10) by integers from 1 to 10. For instance, in the 2 times table, multiples include 2, 4, 6, 8, 10, and so forth up to 20 times 10, totaling 100. Similarly, the other tables follow this pattern, with each row displaying multiples of the corresponding number. Mastery of these tables aids in mental math, problem-solving, and building a strong mathematical foundation.

## Tables from 2 to 100 chart

The tables from 2 to 100 chart is an essential tool for students and educators alike, providing a comprehensive reference for multiplication. This chart displays the multiples of numbers from 2 to 100 in a structured format, facilitating quick and easy access to multiplication facts. It aids in memorization, practice, and understanding of multiplication concepts, enabling students to develop fluency in arithmetic and problem-solving skills. Whether used in classrooms, homes, or tutoring sessions, this chart serves as a valuable resource for mastering multiplication and laying a strong foundation in mathematics

## Solved Examples of Tables 2 to 100

#### Example 1: Using Table 2

Problem: Calculate the total number of legs if you have 7 dogs.

Solution: Each dog has 4 legs. So, using the multiplication table of 4 (which starts from 2 x 2): 4 × 7 = 28

Answer: There are 28 legs in total.

#### Example 2: Using Table 25

Problem: You need to buy 25 notebooks for each student in a class of 13 students. How many notebooks in total do you need to buy?

Solution: Use the multiplication table of 25: 25 × 13 = 325

#### Example 3: Using Table 50

Problem: A school wants to distribute 50 pencils each to 18 students. How many pencils are needed in total?

Solution: Use the multiplication table of 50: 50 × 18 = 900

Answer: The school needs 900 pencils in total.

#### Example 4: Using Table 75

Problem: A baker is preparing 75 cupcakes for a party. If each box can hold 9 cupcakes, how many boxes does the baker need?

Solution: Use the multiplication table to first find out how many cupcakes can 8 boxes hold, then calculate the remaining cupcakes: 75÷9≈8 boxes (with remainder) Since 75−(8×9) =3 cupcakes are left, an additional box is needed.

Answer: The baker needs 9 boxes in total.

#### Example 5: Using Table 99

Problem: A concert hall has 99 seats per row. If there are 15 rows, how many seats are there in total?

Solution: Use the multiplication table of 99: 99 × 15 =1485

Answer: There are 1,485 seats in total.

#### Example 6: Using Table 10

Problem: A store sells apples in packs of 10. How many apples are there in 14 packs?

Solution: Use the multiplication table of 10: 10 × 14 = 140

Answer: There are 140 apples in 14 packs.

#### Example 7: Using Table 32

Problem: A theater has 32 rows, each with 24 seats. How many seats are there in total?

Solution: Use the multiplication table of 32: 32 × 24 = 768

Answer: There are 768 seats in the theater.

#### Example 8: Using Table 60

Problem: A clock ticks 60 times in one minute. How many ticks are there in 3 hours?

Solution: First, calculate the number of minutes in 3 hours: 3 × 60 = 180 minutes Now, use the table of 60: 60 × 180 = 10800

Answer: There are 10,800 ticks in 3 hours.

#### Example 9: Using Table 45

Problem: A school cafeteria prepares 45 sandwiches each day. How many sandwiches do they prepare in a school week (5 days)?

Solution: Use the multiplication table of 45: 45 × 5 = 225

Answer: The cafeteria prepares 225 sandwiches in a week.

#### Example 10: Using Table 83

Problem: A concert tour is scheduled for 83 cities, and each concert sells 150 tickets. How many tickets are sold in total?

Solution: Use the multiplication table of 83: 83 × 150 = 12450

Answer: A total of 12,450 tickets are sold for the tour.

## Practice Questions tables of 2 to 100

### Basic Multiplication Practice

1. What is 2 × 14?
2. Calculate 8 × 9.
3. Find the product of 19 and 6.
4. Multiply 27 by 3.
5. What is 45 × 2?
6. How much is 7 × 88?
7. Calculate 32 × 4.
8. Find 56 × 7.
9. What is the result of 91 × 5?
10. Multiply 100 by 12.

## How can tables of multiples be used in mathematics?

Tables of multiples are used for practicing multiplication, finding common multiples, simplifying fractions, and solving mathematical problems involving factors and multiples.

## What is the significance of the multiples of prime numbers?

Prime numbers have only two factors: 1 and themselves. Their multiples help identify other numbers that are composite (non-prime) and can be useful in various mathematical algorithms and cryptography.

## What is the table of 2 till 12?

The table of 2 to 12 is: 2: 2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 22, 24. 3: 3, 6, 9, 12, 15, 18, 21, 24, 27, 30, 33, 36. And so on, with each number multiplied by its respective factor.

## How to learn table 2 to 20 fast?

To learn tables 2 to 20 quickly, practice regularly, use mnemonic devices, visualize patterns, create flashcards, recite aloud, and apply tables in daily tasks to reinforce memorization effectively.

## What is the 12 times table up to 100?

The 12 times table up to 100: 12, 24, 36, 48, 60, 72, 84, 96. Each subsequent number is obtained by adding 12 to the previous one until reaching or exceeding 100.

## How to write a table from 2 to 12?

To write a table from 2 to 12, list each number multiplied by 1 through 12: 2: 2, 4, 6, 8, 10, 12. 3: 3, 6, 9, 12, 15, 18. And continue similarly for each number.

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