As stated, that is false. Every number is not a factor of 1. 1 is a factor of every nonzero whole number.
Every number is the largest factor of itself.
Every number up to 50 is a factor - of itself.
It's part of the identity property. Pick a number. Multiply it by one. The answer will be the number. That means that every number has the factor pair of itself and 1, so every number has one as a common factor.
No, 1 is a factor of every whole number because 1 is a factor of every whole number.
Every nonzero number is a factor of itself.
It is the number itself.
Every nonzero whole number can be factored.
As stated, that is false. Every number is not a factor of 1. 1 is a factor of every nonzero whole number.
The LCf of any two nonzero whole numbers is one because every nonzero whole number can be divided by it.
I'm not sure you've given us enough information. Every nonzero integer can be a factor, so unless you have a specific number in mind, your answer is potentially any nonzero number except 11.
Every nonzero number has multiples. Every set of nonzero numbers has an LCM.
Every number is the greatest factor of itself.
1 and the number itself
All numbers have factors or can be factors, so I'm not sure what you mean by a number that is not a factor. There is a GCF for every set of nonzero integers, even if it's only 1.
Every number is the largest factor of itself.
Every number is the highest factor of itself.