By making a table of multiples and finding when the multiples for every number is the same.
You don't. The LCM refers to integers only.
You need at least two numbers to find an LCM.
The LCM is defined as being a positive integer. Ignore the negative signs. Calculate as if everything's positive.
Just write a method or function that calculates the LCM for two numbers at a time. Then calculate the LCM for the first two numbers, get the LCM of the result with the third number, etc.Just write a method or function that calculates the LCM for two numbers at a time. Then calculate the LCM for the first two numbers, get the LCM of the result with the third number, etc.Just write a method or function that calculates the LCM for two numbers at a time. Then calculate the LCM for the first two numbers, get the LCM of the result with the third number, etc.Just write a method or function that calculates the LCM for two numbers at a time. Then calculate the LCM for the first two numbers, get the LCM of the result with the third number, etc.
Since 100 is a multiple of 5, it is automatically the LCM. No calculations necessary.
The LCM of one number is itself. LCM involves two or more numbers.
The LCM of 28 and 16 is 112 The LCM of 2, 8 and 16 is 16
Since 15 and 17 are coprime, their LCM = 15*17 = 255
yeah program it... :)
Find the LCM and multiply it by 9.
To calculate the LCM, you first have to split the numbers up into their prime factors: 64 = 2x2x2x2x2x2 72 = 2x2x2x3x3 The next step is to calculate the HCF. In this case it will be 2x2x2 = 8. Finally, you multiply the two numbers and divide by the HCF: 64x72/8 = 576 And therefore the LCM of 64 and 72 is 576.
"lcm" means least common multiple; usually you would need to calculate the least common multiple of two or more numbers.The least common multiple of a single number is quite trivial: it's the number itself. Thus, the lcm of 25 is 25; etc.