3 and any multiple of 3 have a GCF of 3. Any two multiples of 3 that differ by 3 have a GCF of 3. I'm not sure how to interpret "twice the smaller number is bigger."
2 and 24 satisfy that request. So do 6 and 8.
The GCF is 3.
3, 6 and 9 have a GCF of 3.
The GCF is 3.
To find a pair of numbers with a given GCF, take the GCF number and double it. The pair of numbers is the GCF, and two times the GCF. For instance, two numbers with a GCF of 3 are 3 and 6.
A number pair whose GCF is the same as one of the numbers is i , i x j where i and j are integers greater than zero. If i=3 and j=5 then the number pair will be 3,15. The GCF is 3. If i=7 and j=11 the number pair will be 7,77 and the GCF 7. The number of possible solutions is infinite.
6 and 9
3 and 18
3 and 360
3 and 36 9 and 12
the answer is 45 90 and 60
72 and 96. Select any two co-prime numbers - for example 3 and 4. Then 24 multiplied by these will give a pair of numbers whose GCF is 24.
There are an infinite number of triplets whose GCF is 16. One possibility is 16, 32 and 48.
6 and 9, among many others.
If the least common multiple (LCM) of two numbers is 36 and the greatest common factor (GCF) is 3, then the two numbers can be found by multiplying the GCF by the LCM. In this case, the pair of numbers would be 3 and 36, as 3 * 36 = 108.
15 + 9 = 24 gcf (15,9) = 3 18 + 6 = 24 gcf(18,6) = 6 6 - 3 = 3