336 and 48
in order to find the GCF of two numbers follow these rules. multiply half of the numbers by 3 so inthis case it would be 31x3=93 and 36x3=108. then add 100 to both of them which brings them up to 193 and 208. After that subtract the sq root of each number (if there are decimals round to the nearest whole number) which now makes it 193-14=179 and 208-14=194. then multiply those numbers by 2. so right now each number is at 358 & 388. then add 26 to the lower number so right now the numbers are at 384 and 388. then subtract 384 from 388 (388-384). now you end up with four which is the GCF of 62 and 72. this method really does work. it's the easiest way to do it.
384 You just multiply the two numbers...that's squared 16x24=384
The Highest Common Factor (HCF) of 336 and 384 is the largest number that divides both 336 and 384 without leaving a remainder. To find the HCF, you can use the Euclidean algorithm, which involves dividing the larger number by the smaller number, then using the remainder as the divisor in the next iteration. Continuing this process will eventually lead to a remainder of 0, at which point the divisor will be the HCF. In this case, the HCF of 336 and 384 is 48.
384 divided by 4 is 96 so the 4 odd numbers will be two above and two below. Two below: 93 and 95 Two above: 97 and 99. 93+95+97+99=384
384
Since 48 is a factor of 384, it is automatically the GCF.
The greatest common factor of 160 and 288 is 32.
The GCF is 12.
Ah, the greatest common factor of 128 and 256 is 128. You see, the greatest common factor is the largest number that divides evenly into both numbers, and in this case, 128 is the biggest number that fits that description. Just imagine those numbers as happy little friends, sharing their common factor joyfully.
No they are not.Two numbers are relatively prime if their greatest common factor is 1.For example, 8 and 15 are relatively prime.
The least common factor of any set of integers is 1.
Two or more numbers are needed to find their LCM
The least common multiple of the numbers 48 and 128 is 384.
As a general rule, factors cannot be larger than the number they are compared to. 384 is a multiple of 96. 96 is a factor of 384.
24, 44, 60, 852, 56, 344, 48, 384, 8, 4000
Oh, dude, you're asking me to find numbers divisible by 384? Like, any number that ends in 384 is technically divisible by 384. So, 384, 768, 1152, and so on. But, like, who's really out there dividing by 384 anyway?
Two numbers are relatively prime if they have no factors in common other than 1. This means their greatest common factor (GCF) is 1. Here are examples of pairs of numbers that are relatively prime: 2, 9 5, 14 13, 998 3, 379 37, 303 691, 701 32, 81 384, 625 Here are examples of pairs of numbers that are not relatively prime: 2, 8 (GCF: 2) 16, 1060 (GCF: 4) 52, 117 (GCF: 13)