The 9 times table, also known as the multiplication table for the number 9, is obtained by multiplying 9 by different integers. By using this table, students can easily find the product of any two numbers between 1 and 10. Table of 9 is used to help students learn to multiply by 9 and to understand the patterns and relationships between different multiples of 9.

9 times table

9 | x | 1 | = | 9 |

9 | x | 2 | = | 18 |

9 | x | 3 | = | 27 |

9 | x | 4 | = | 36 |

9 | x | 5 | = | 45 |

9 | x | 6 | = | 54 |

9 | x | 7 | = | 63 |

9 | x | 8 | = | 72 |

9 | x | 9 | = | 81 |

9 | x | 10 | = | 90 |

Example 1: A company has 9 branches, and each branch needs to make 100 sales per week. How many sales will the company make in total?Solution: To find out how many sales the company will make, we need to multiply the number of sales per branch by the number of branches, which gives us: 100 sales per branch * 9 branches = 900 sales Therefore, the company will make 900 sales in total. |

Example 2: A person can lift 9 pounds of weight in one repetition. How much weight will they lift in 8 repetitions?Solution: To find out how much weight they will lift, we need to multiply the weight lifted per repetition by the number of repetitions, which gives us: 9 pounds per repetition * 8 repetitions = 72 pounds Therefore, they will lift 72 pounds of weight. |

Example 3: A person wants to buy 9 items, each costing $12. How much money will they spend in total?Solution: To find out how much money the person will spend, we need to multiply the cost of one item by the number of items, which gives us: 9 items * $12 per item = $108 Therefore, the person will spend $108. |

Example 4: A store sells packs of gum with 9 pieces each. If someone buys 3 packs of gum, how many pieces of gum will they get?Solution: To find out how many pieces of gum they will get, we need to multiply the number of pieces of gum per pack by the number of packs, which gives us: 9 pieces of gum per pack * 3 packs = 27 pieces of gum Therefore, they will get 27 pieces of gum. |

In the answer to a 9’s multiplication fact, the 10s and 1s digits always add up to 9. For example, 9x4=36, so 3+6=9 |

When you multiply any number by 9, the sum of the digits of the product will always be equal to the original number multiplied by 9. For example, 9 × 7 = 63, and 6 + 3 = 9 × 7. |

When you multiply any number by 9, you can find the result by multiplying the number by 10 and then subtracting the original number. For example, 9 × 7 = (7 × 10) - 7 = 63. |

The 9 times table is a mathematical table that lists the products of 9 and positive integers up to a certain limit. The table starts with 9 × 1 = 9, and each subsequent row lists the product of 9 and the next integer. The table usually goes up to 10 or 12.

Here's the full 9 times table:

- 9 x 1 = 9
- 9 x 2 = 18
- 9 x 3 = 27
- 9 x 4 = 36
- 9 x 5 = 45
- 9 x 6 = 54
- 9 x 7 = 63
- 9 x 8 = 72
- 9 x 9 = 81
- 9 x 10 = 90

The multiples of 9 are numbers that can be evenly divided by 9. Some of the first few multiples of 9 are:

9, 18, 27, 36, 45, 54, 63, 72, 81, 90, ...

In general, to find the nth multiple of 9, you can multiply 9 by n.
Here is the 9-times table written in words:

- One times nine is nine
- Two times nine is eighteen
- Three times nine is twenty-seven
- Four times nine is thirty-six
- Five times nine is forty-five
- Six times nine is fifty-four
- Seven times nine is sixty-three
- Eight times nine is seventy-two
- Nine times nine is eighty-one
- Ten times nine is ninety
- Eleven times nine is ninety-nine
- Twelve times nine is one hundred eight

9 times 9 is equal to 81

The product of 9 and 10 means

9 x 10 = 90

So, the answer is 90.The number 9 is a significant number that appears frequently in mathematics, science, and culture. It is the largest single-digit number and the only number that, when multiplied by any other single-digit number, results in a product whose digits add up to 9.

In mathematics, 9 is the first composite magic square number, which is a number that can be represented as a magic square. A magic square is a square grid where each row, column, and diagonal add up to the same number. 9 is also a perfect square, which means it can be represented as a square of dots.

In science, 9 is significant in many ways. For example, before 2006 (when Pluto was officially designated as a non-planet), there were nine planets in the Solar System, and the human gestation period is approximately nine months. It is also the atomic number of fluorine, which is a chemical element that is commonly used in toothpaste and water treatment.

In culture, 9 often represents completion and wholeness, as in the nine Muses of Greek mythology or the nine circles of Hell in Dante's "Divine Comedy." In many religions, there are also nine levels of heaven or stages of enlightenment. In Chinese culture, the number 9 is considered lucky because it sounds similar to the word for "long-lasting."

Overall, the number 9 is a significant and interesting number that appears frequently in many different areas of study.

In mathematics, 9 is the first composite magic square number, which is a number that can be represented as a magic square. A magic square is a square grid where each row, column, and diagonal add up to the same number. 9 is also a perfect square, which means it can be represented as a square of dots.

In science, 9 is significant in many ways. For example, before 2006 (when Pluto was officially designated as a non-planet), there were nine planets in the Solar System, and the human gestation period is approximately nine months. It is also the atomic number of fluorine, which is a chemical element that is commonly used in toothpaste and water treatment.

In culture, 9 often represents completion and wholeness, as in the nine Muses of Greek mythology or the nine circles of Hell in Dante's "Divine Comedy." In many religions, there are also nine levels of heaven or stages of enlightenment. In Chinese culture, the number 9 is considered lucky because it sounds similar to the word for "long-lasting."

Overall, the number 9 is a significant and interesting number that appears frequently in many different areas of study.