Given numbers are 466,571,418

The least common multiple of numbers can be find using the prime factorization method or LCM formula.

The LCM of 466,571,418 is 55611974.

Find LCM of 466,571,418 with Prime Factorization

Multiply the prime numbers at the bottom and the left side.

2 x 233 x 571 x 209 = 55611974

Therefore, the lowest common multiple of 466,571,418 is 55611974.

LCM formula is LCM(a1, a2, an) = (a1 x a2 x an)/{GCF(a1 x a2 x an) x common factors}

Firstly, we have to find the product of all the numbers.

466 x 571 x 418 = 111223948

Then, let us find the GCF of these five numbers. To do so, we have to list down the factors for each number and choose the highest factor that is in all of the lists.

466 : 1, 2, 233, 466

571 : 1, 571

418 : 1, 2, 11, 19, 22, 38, 209, 418

1 is the greatest number that appears in all the lists. Therefore, we can determine that the GCF of 466,571,418, is 1.

Now, the common factors can be found like this.

466:2x 233

571:571

418:2x 11x 19

From this, we can see that the common factors because they appear for more than two numbers. So, just multiply them all together.

2 = 2

Therefore, the value for common factors is 2.

Now that we have all the elements of the formula, we can plug them in to calculate the LCM.

LCM(a1, a2, an) = (a1 x a2 x an)/{GCF(a1 x a2 x an) x common factors}

LCM = 111223948/(1x2)

LCM = 111223948/2

LCM = 55611974

Thus, we can understand that the LCM of 466,571,418 is 55611974.

Here are some samples of LCM of two or more Numbers calculations.

• LCM of 698, 808, 760
• LCM of 771, 979, 351
• LCM of 121, 768, 886
• LCM of 742, 956, 139
• LCM of 918, 212, 386

1. What is the LCM of 466, 571, 418?

Answer: LCM of 466, 571, 418 is 55611974.

2. How to calculate the LCM of 466, 571, 418?

The LCM can be found using two methods. You can either use the LCM formula or the prime factorization method to calculate the LCM of 466, 571, 418.

3. What is the LCM formula?

The LCM formula is LCM(a1, a2, an) = (a1 x a2 x an)/{GCF(a1 x a2 x an) x common factors}.