LCM for 65 and 143
What's the Least Common Multiple (LCM) of 65 and 143?
(Seven hundred fifteen)
Finding LCM for 65 and 143 using GCF's of these numbers
The first method to find LCM for numbers 65 and 143 is to find Greatest Common Factor (GCF) of these numbers. Here's the formula:
LCM = (Number1 × Number2) ÷ GCF
GCF of numbers 65 and 143 is 13, so
LCM = (65 × 143) ÷ 13
LCM = 9295 ÷ 13
LCM = 715
Finding LCM for 65 and 143 by Listing Multiples
The second method to find LCM for numbers 65 and 143 is to list out the common multiples for both nubmers and pick the first which matching:
Multiples of 65: 65, 130, 195, 260, 325, 390, 455, 520, 585, 650, 715, 780, 845
Multiples of 143: 143, 286, 429, 572, 715, 858, 1001
So the LCM for 65 and 143 is 715
Finding LCM for 65 and 143 by Prime Factorization
Another method to find LCM for numbers 65 and 143 is to list all Prime Factors for both numbers and multiply the highest exponent prime factors:
All Prime Factors of 65: 5, 13 (exponent form: 51, 131)
All Prime Factors of 143: 11, 13 (exponent form: 111, 131)
51 × 131 × 111 = 715
See Also
- Greatest Common Factor - Find the Greatest Common Factor (GCF) of two numbers

LCM Table
| Number 1 | Number 2 | LCM |
|---|---|---|
| 50 | 143 | 7150 |
| 51 | 143 | 7293 |
| 52 | 143 | 572 |
| 53 | 143 | 7579 |
| 54 | 143 | 7722 |
| 55 | 143 | 715 |
| 56 | 143 | 8008 |
| 57 | 143 | 8151 |
| 58 | 143 | 8294 |
| 59 | 143 | 8437 |
| 60 | 143 | 8580 |
| 61 | 143 | 8723 |
| 62 | 143 | 8866 |
| 63 | 143 | 9009 |
| 64 | 143 | 9152 |
| 65 | 143 | 715 |
| 66 | 143 | 858 |
| 67 | 143 | 9581 |
| 68 | 143 | 9724 |
| 69 | 143 | 9867 |
| 70 | 143 | 10010 |
| 71 | 143 | 10153 |
| 72 | 143 | 10296 |
| 73 | 143 | 10439 |
| 74 | 143 | 10582 |
| 75 | 143 | 10725 |
| 76 | 143 | 10868 |
| 77 | 143 | 1001 |
| 78 | 143 | 858 |
| 79 | 143 | 11297 |
About "Least Common Multiple" Calculator
Least Common Multiple (LCM) also known as the Lowest Common Multiple or Smallest Common Multiple of 2 numbers - it is the smallest positive integer that is divisible by both numbers