It's never. A factor divides into a number without remainder, so the biggest it can be is the number itself.
§ In comparing two whole numbers, the one with the most digits is always the greater number. § In decimals the number with the greatest number of digits is not always the greatest.
Sometimes
There is none, because there is always a greater integer.
The sum of two decimal numbers greater than 0.5 will always be greater than 1
Not true if either of the numbers is negative.
Always even.
The answer is sometimes - when the multiple in question is 1.
Sometimes 2.
§ In comparing two whole numbers, the one with the most digits is always the greater number. § In decimals the number with the greatest number of digits is not always the greatest.
No, a GCF is not always great than one. For example the GCF of 7 and 3 is 1.
The least common multiple of two numbers is always greater than or equal to the largest of the numbers. Examples:lcm(12, 6) = 12 (equal to the largest number)lcm(18, 12) = 36 (greater than the largest number)
No. Although the greatest common denominator of a pair of numbers is infinite, the size of the numbers doesn't affect the GCF as much as the difference between them. The GCF of 100 and 102 is 2. The GCf of 33 and 66 is 33.
The numbers to the right are always greater.
Sure there are greater numbers. For example, 4 is greater than 3. If you mean "... no greatest number", the reason is that you can always add one more, and get a number that is even greater. Thus, for example, 10 is not the greatest number, because you can add one and get 11. 11 is not the greatest number either, because you can add one and get 12. Etc.
GCF - Greatest Common Factor (GCF is always smaller or equal to at least one of the numbers) LCM - Least Common Multiple (LCM is always greater or equal to at least one of the numbers)
They are always rational numbers.
The GCF of two consecutive numbers is always 1. The GCF of any set of numbers can't be greater than the smallest of the differences between the numbers.