## Cube Root 1-50

The cube root of a number is the value that, when multiplied by itself three times (cubed), gives the original number. Mathematically, the cube root of n is represented as **âˆ›n**â€‹. For example, the cube root of 27 is 3, because 3Ã—3Ã—3=27.

Cube roots are essential in mathematics, providing a way to determine the number which, when multiplied by itself twice, results in the original number. Understanding the cube roots of numbers from 1 to 50 is particularly useful in various mathematical and practical applications, such as volume calculations and solving cubic equations. This introduction aims to familiarize you with the cube roots of these numbers, enhancing your comprehension of how numbers behave when cubed and offering a foundation for more advanced mathematical concepts. Whether you’re a student, educator, or enthusiast, mastering cube roots from 1 to 50 will bolster your mathematical proficiency and problem-solving skills.

Download Cube Root of 1-50 in PDF

## Cube Root 1-50

Download Cube Root of 1-50 in PDF

Cube Root of 1-50 Values | In Number | In Words |
---|---|---|

âˆ›1 | 1.0000 | One |

âˆ›2 | 1.2599 | One point two five nine nine |

âˆ›3 | 1.4422 | One point four four two two |

âˆ›4 | 1.5874 | One point five eight seven four |

âˆ›5 | 1.7100 | One point seven one zero zero |

âˆ›6 | 1.8171 | One point eight one seven one |

âˆ›7 | 1.9129 | One point nine one two nine |

âˆ›8 | 2.0000 | Two |

âˆ›9 | 2.0801 | Two point zero eight zero one |

âˆ›10 | 2.1544 | Two point one five four four |

âˆ›11 | 2.2239 | Two point two two three nine |

âˆ›12 | 2.2894 | Two point two eight nine four |

âˆ›13 | 2.3513 | Two point three five one three |

âˆ›14 | 2.4101 | Two point four one zero one |

âˆ›15 | 2.4662 | Two point four six six two |

âˆ›16 | 2.5198 | Two point five one nine eight |

âˆ›17 | 2.5713 | Two point five seven one three |

âˆ›18 | 2.6207 | Two point six two zero seven |

âˆ›19 | 2.6684 | Two point six six eight four |

âˆ›20 | 2.7144 | Two point seven one four four |

âˆ›21 | 2.7589 | Two point seven five eight nine |

âˆ›22 | 2.8020 | Two point eight zero two zero |

âˆ›23 | 2.8439 | Two point eight four three nine |

âˆ›24 | 2.8845 | Two point eight eight four five |

âˆ›25 | 2.9240 | Two point nine two four zero |

âˆ›26 | 2.9625 | Two point nine six two five |

âˆ›27 | 3.0000 | Three |

âˆ›28 | 3.0366 | Three point zero three six six |

âˆ›29 | 3.0723 | Three point zero seven two three |

âˆ›30 | 3.1072 | Three point one zero seven two |

âˆ›31 | 3.1414 | Three point one four one four |

âˆ›32 | 3.1748 | Three point one seven four eight |

âˆ›33 | 3.2075 | Three point two zero seven five |

âˆ›34 | 3.2396 | Three point two three nine six |

âˆ›35 | 3.2711 | Three point two seven one one |

âˆ›36 | 3.3019 | Three point three zero one nine |

âˆ›37 | 3.3322 | Three point three three two two |

âˆ›38 | 3.3617 | Three point three six one seven |

âˆ›39 | 3.3906 | Three point three nine zero six |

âˆ›40 | 3.4190 | Three point four one nine zero |

âˆ›41 | 3.4469 | Three point four four six nine |

âˆ›42 | 3.4743 | Three point four seven four three |

âˆ›43 | 3.5012 | Three point five zero one two |

âˆ›44 | 3.5276 | Three point five two seven six |

âˆ›45 | 3.5535 | Three point five five three five |

âˆ›46 | 3.5789 | Three point five seven eight nine |

âˆ›47 | 3.6038 | Three point six zero three eight |

âˆ›48 | 3.6283 | Three point six two eight three |

âˆ›49 | 3.6524 | Three point six five two four |

âˆ›50 | 3.6762 | Three point six seven six two |

Understanding the cube roots of numbers from 1 to 50 is essential for developing a solid foundation in mathematics. Cube roots help in visualizing and comprehending the concept of volume, as they represent the side length of a cube that corresponds to a given volume. Mastery of these values aids in solving various mathematical problems and is particularly useful in fields such as geometry, algebra, and higher-level mathematics. By familiarizing oneself with these cube root values, students can enhance their problem-solving skills and prepare for more advanced mathematical studies and applications.