It is not at all clear how a leaf has any bearing on the value of the LCM.
It is the larger of the two numbers.
Any two that are relatively prime.
The LCM for any pair of natural numbers can be as big as their product.
Two numbers that have an LCM of 28 are 14 and 28.
For any two numbers a and b if a is divisible by b then LCM(a,b) is a.48 is divisible by 6, so LCM(48,6) is 48.
Their product.
It is the larger of the two numbers.
The LCM is not defined for any set of numbers that contains a zero.
The LCM of any two consecutive numbers greater than zero is the two numbers multiplied together. eg. the LCM of 10 and 11 is: 10*11=110
No. You can only find the LCM of at least two numbers, prime or otherwise. The LCM of any two prime numbers is their product.
Their product.
Any two that are relatively prime.
The LCM for any pair of natural numbers can be as big as their product.
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.
If the two numbers do not have any factors in common (other than 1), then the LCM is the same as the product of the two numbers. Example: LCM of 5 & 6 is 30, which is the same as the product.
Two numbers that have an LCM of 28 are 14 and 28.
Yes.