The common set would need to be within the bounds of both of the sets described - or 'in the middle' as you put it. My interpretation of the term 'numbers with stright lines' (sic) is those numbers which, when drawn in the generally accepted way, contain a straight line.
Taking the numbers from 1 to 10 the sets would be as follows:
Even numbers: 2, 4, 6, 8, 10
Numbers with straight lines: 1,2,4,5,7,10
Even numbers with straight lines ('in the middle'): 2, 4, 10
For example, 0 is an integer and whole number that is rational
The Venn diagram consists of a rectangle with two concentric circles. In the inner circle are the multiples of 8. In the outer circle are multiples of 4 which are not also multiples of 8. That is, they are 4 times all odd numbers. Mathematically, that is the set of numbers 4*(2n-1) where n is an integer. Outside the circles, are all the integers that are not divisible by 4.
There are no numbers to circle!
Not oak in the inside circle , not wood in the small circle
maybe it's a venn diagram
For example, 0 is an integer and whole number that is rational
is 7 and 8 and 11
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.
Draw a Venn diagram. Let circle 1 be the factors of 30, circle 2 be the factors of 40 and circle 3 be the factors of 48. Put the numbers 5 and 10 in the space where 1 and 2 intersect. Put the numbers 4 and 8 in the space where 2 and 3 intersect. Put the numbers 3 and 6 in the space where 1 and 3 intersect. Put the numbers 1 and 2 in the space where all three intersect. That leaves 15 and 30 in Circle 1, 20 and 40 in circle 2 and 12, 16, 24, 48 in circle 3. The GCF is 2.
Circle A contains three-digit numbers that begin and end with 8, whereas circle B contains three-digit numbers with middle digit 0. The only number that has both these properties is 808, so it alone is common to both A and B.
I can see no diagram.
a circle within a circle within a circle decrealsing in size every time
the circle diagram of induction motor is used to find the losses and efficiency of induction motor
Activity on node is a diagram where every node (circle) represents an activity.
There are many different names for the inner circle of a Venn Diagram. Among these is the overlap, the intersect and the oval.
The Venn diagram consists of a rectangle with two concentric circles. In the inner circle are the multiples of 8. In the outer circle are multiples of 4 which are not also multiples of 8. That is, they are 4 times all odd numbers. Mathematically, that is the set of numbers 4*(2n-1) where n is an integer. Outside the circles, are all the integers that are not divisible by 4.
A Venn diagram with a large circle representing all dogs with a smaller circle inside that circle representing poodles.