The LCF (Lowest Common Factor - the lowest number that divides both) is 1.I guess you mean either:The HCF (Highest Common Factor - the largest number that divides both) is 18;The LCM (Lowest Common Multiple - the smallest number they both divide) is 252.The HCF is also called the GCF - Greatest Common Factor.
there is no lcf between the two numbers
150.
If, by LCF you mean Least Common Factor, I regret to inform you that the question makes no sense. Common requires you to have two or more numbers; you cannot have a common factor of just one number. Furthermore, the LCF of any set of numbers is always going to be 1. So it is hardly worth asking the question.
The LCF of any two numbers is always 1.
It is 1 but the HCF is 30
The LCM of two numbers is twice their HCF. This means that the two numbers are opposite of each other in terms of their largest common factor (LCF). Additionally, because the LCF is 2, you can say that these two numbers are opposite integers.
It is 1 but the HCF is 2
The LCF (Lowest Common Factor - the lowest number that divides both) is 1.I guess you mean either:The HCF (Highest Common Factor - the largest number that divides both) is 18;The LCM (Lowest Common Multiple - the smallest number they both divide) is 252.The HCF is also called the GCF - Greatest Common Factor.
there is no lcf between the two numbers
150.
The LCF of any set of numbers is 1.
If, by LCF you mean Least Common Factor, I regret to inform you that the question makes no sense. Common requires you to have two or more numbers; you cannot have a common factor of just one number. Furthermore, the LCF of any set of numbers is always going to be 1. So it is hardly worth asking the question.
You need at least two numbers to find something in common, but the LCF of any set of numbers is 1.
The LCF of any two numbers is always 1.
The LCF (least common factor) of any two numbers is 1.
You need to have at least two numbers to find an LCF, but I'll save you the trouble. The LCF of any two numbers is one. It's usually more productive to find the GCF or the LCM.