# Table of 47

Created by: Team Maths - Examples.com, Last Updated: May 2, 2024

## Table of 47

The table of 47 consists of multiples of the number 47, obtained by multiplying 47 by integers. These multiples follow a sequential pattern, starting from 47 itself and increasing by increments of 47. For example, the first few multiples of 47 are 47, 94, 141, 188, and so on. Each subsequent multiple is obtained by adding 47 to the previous one, resulting in a series of numbers that are all divisible by 47.

## What is the Multiplication Table of 47?

The multiplication table of 47 showcases the multiples of the number 47, extending infinitely in both directions along the number line. Each entry in the table represents the product of 47 multiplied by an integer. For instance, the first few entries are 47, 94, 141, 188, and so forth, where each subsequent entry is obtained by adding 47 to the previous one. Mathematically, this can be represented as 47 × 𝑛 = 47𝑛, where 𝑛n is any integer.

Understanding the multiplication table of 47 is beneficial in various mathematical contexts. For instance, it aids in multiplication practice, where students can quickly calculate the product of 47 with other numbers. Moreover, the table helps in identifying common multiples, which are essential in simplifying fractions and solving problems related to factors and multiples.

## 47 Times Table

The 47 times table extends multiplication skills by listing products of 47 with numbers 1 through 20. This table is crucial for enhancing mental arithmetic and preparing students for advanced mathematical challenges. Learning this table aids in quick calculation skills, useful in real-life situations and higher math concepts.

## Tips for 47 Times Table

1. Break it down: Start by breaking the table into manageable chunks. For instance, focus on learning the multiples of 47 up to 10 or 12 initially, then gradually extend to higher multiples.
2. Visualize patterns: Notice the patterns in the digits of the multiples. For example, the units digit alternates between 7 and 4, while the tens digit increases by one with each multiple.
3. Use multiplication tricks: Leverage known multiplication facts and tricks. For instance, you can use the doubling strategy to find multiples of 47 by doubling the previous multiple and then adding 47.
4. Practice regularly: Regular practice is key to memorizing the times table effectively. Use flashcards, practice worksheets, or online multiplication games to reinforce your knowledge.
5. Apply in context: Apply the times table of 47 to real-life situations or problem-solving exercises. This helps in understanding the practical significance of multiplication and reinforces memory retention.
6. Stay consistent: Consistency is crucial in learning any multiplication table. Set aside dedicated time for practice each day to build and reinforce your skills steadily.

## Table of 47 from 11 to 20

The table of 47 from 11 to 20 showcases products ranging from 517 to 940. This segment is crucial for developing proficiency in higher-number multiplication, aiding in complex mathematical calculations and enhancing overall numerical agility in academic and practical scenarios.

## Simplest Way To Memorize Table 47

This table demonstrates an easy method for comprehending and memorizing the multiplication table of 47. By perceiving each multiplication instance as a sequence of additions, understanding and mastery become more accessible. Consistently following this pattern simplifies mental calculations, improving arithmetic skills significantly.

## How to Read 47 Times Tables?

• One time 47 is 47.
• Two times 47 is 94.
• Three times 47 is 141.
• Four times 47 is 188.
• Five times 47 is 235.
• Six times 47 is 282.
• Seven times 47 is 329.
• Eight times 47 is 376.
• Nine times 47 is 423.
• Ten times 47 is 470.

This format makes it easy to understand and remember the multiplication results of the number 47, showing the progression from 1 to 10 times 47. Each entry clearly states the multiplication operation followed by the result, ideal for educational purposes and quick look-up.

## Solved Examples:

### Example 1: Calculating a Basic Product

Problem: Calculate 47 multiplied by 5.

Solution: 47 × 5 = 235

This calculation is straightforward multiplication that shows how five groups of 47 add up to 235.

### Example 2: Finding a Mid-Range Product

Problem: What is the product of 47 multiplied by 20?

Solution: 47 × 20 = 940

For this example, multiplying 47 by 20 gives you 940. This is equivalent to adding 47 to itself 20 times.

### Example 3: Calculating a Higher Product

Problem: Calculate 47 multiplied by 75.

Solution: 47 × 75 = 3525

To find the product of 47 and 75, multiply 47 by 75 to achieve a total of 3525. This is a basic multiplication, showing the utility of knowing higher numbers in a multiplication table for quick calculation.

### Example 4: Multiplying Near the End of the Table

Problem: What is 47 times 100?

Solution: 47 × 100 = 4700

This example involves basic multiplication principles, where multiplying by 100 means simply adding two zeros to 47, resulting in 4700.

### Example 5: Using the Multiplication Table to Verify Repeated Addition

Problem: Verify if adding 47, twenty-five times equals multiplying 47 by 25.

Solution: 47 × 25 = 1175

You can verify this by either repeated addition: 47+47+47+…+47 (25 times)=1175 Or simply using the multiplication table to find the product directly, both yielding 1175.

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