Put 2, 6, 14 and 42 in the right circle, put 1, 3, 7 and 21 in the space where the circles intersect.
You could use a Venn diagram.
Put the factors of one number in the left circle and the factors of the other in the right circle. Put any common factors in the middle where the circles intersect. The largest of these is the GCF.
Not necessarily.
Put nothing in the left circle, put 27 and 54 in the right circle and put 1, 2, 3, 6, 9 and 18 in the center where they intersect.
A Venn diagram may be used to display a prime factorization.
Factors multiply. The numbers in the middle of the Venn diagram are common factors. If there are two or more, their product will give you the greatest common factor.
I can't draw a Venn diagram here. The common factors are 1, 2 and 4.
U draw
You could use a Venn diagram.
Yes, a Venn diagram can be used. Unfortunately, the graphics quality of this browser is so poor that it is virtually impossible to illustrate anything!
The factors of one number are in the left circle, the factors of the other are in the right. The common factors are in the space in the middle where they intersect. The largest of these is the GCF.
Since 18 is a factor of 54, put the factors of 18 (except for 18) in the left circle, the factors of 54 (except for 18) in the right circle, and put 18 in the center where they intersect.
John Venn, a British logician. And, consequently, it is the Venn diagram, not the venn diagram.
How do I do a Venn diagram? 28&42
Write the factors of the first number in the left circle. Write the factors of the second number in the right circle. Write the numbers that are the same in each individual circle in the space where they intersect.
The answer depends on the Venn diagram.
No country was ever a Venn diagram.