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Not at all. For example:

gcf(101, 102) = 1

gcf(40, 80) = 40

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No.

Q: Will a pair of numbers each greater than 100 always have a greater gcf than a pair of numbers that are both less than 100?

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If they are both the same numbers then the answer will always be 1

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.

Not always because they can be equivalent to each other For example, 1 1/2 is equal to 3/2.

The numbers of atoms of each elemental type, as represented by their element symbols, will always be the same on both sides of a balanced chemical equation.

52 and 55

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If they are both the same numbers then the answer will always be 1

The product will be greater than 1, when each of the two factors are greater than 1.

Because there are many examples where that isn't so. The GCF of 36 and 24 is 12. The GCF of 151 and 149 is 1.

Yes, if both are positive. No, if both are negative and Depends if you have one of each.

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.

Answer: Yes When comparing two negative numbers, take the absolute value of each. Whichever absolute value is less is the greater of the two original numbers. ...OR If you look at them both on a number line, whichever is on the right of the other is the greater of the two.

0.4

Not always because they can be equivalent to each other For example, 1 1/2 is equal to 3/2.

The numbers of atoms of each elemental type, as represented by their element symbols, will always be the same on both sides of a balanced chemical equation.

Compare numbers.

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They are numbers that each of the two numbers can divide without remainder.