union of sets,intersection of sets,difference of sets,ordered pair,ordered n-touples,cartician product of setThe basic operations are union and intersection. The complement of the set is also a basic operation.
union, intersection, complement, and symmetric difference.
No, because the intersection of two equivalent sets will have a union the same size as its intersection.
if we have set A and B consider A={1,2,3,4}and B={3,4,5,6} the union of these sets is A and B={1,2,3,4,5,6}and the intersection is{3,4} the union and the intersection are same only if A=B
Given two or more sets there is a set which is their union and a set which is there intersection. But, there is no such thing as a "union intersection set", as required for the answer to the question.
union means to group the given sets. where as intersection means to pick out the common elements from the given sets. if set a has 1,2,3 elements and B has 1,2,3,4,5. then its union will have 1,2,3,4,5 as its elements. and its intersection will have 1,2,3 as its elements.
union of sets,intersection of sets,difference of sets,ordered pair,ordered n-touples,cartician product of setThe basic operations are union and intersection. The complement of the set is also a basic operation.
union, intersection, complement, and symmetric difference.
No, because the intersection of two equivalent sets will have a union the same size as its intersection.
if we have set A and B consider A={1,2,3,4}and B={3,4,5,6} the union of these sets is A and B={1,2,3,4,5,6}and the intersection is{3,4} the union and the intersection are same only if A=B
Given two or more sets there is a set which is their union and a set which is there intersection. But, there is no such thing as a "union intersection set", as required for the answer to the question.
Union, Intersection and Complement.
Yes, they can be very useful mathematical sets.
A set is a collection of well defined objects known as elements Opperatons of sets are 1)union - the union of sets A and B is the set that contains all elements in A and all elements in B. intersection - given two sets A and B, the intersection of A and B is a set that contains all elements in common between A and B. compliments - given set A, A compliment is the set of all elements in the universal set but not in A difference - A-B is a set containing all elements in A that are not in B. symmetric difference - it is the sum of A and B minus A intersection B.
The basic operations on sets are union, intersection, complement.
The UNION of two sets is the set of elements which are in either set. For example: let C = (4, 5, 6) and let D = (6, 7, 8). Now the UNION of C and D, written C D = (4, 5, 6, 7, 8). There is no need to list the 6 twice. The INTERSECTION of two sets is the set of elements which are in both sets. For example: let C = (4, 5, 6) and D = (6, 7, 8). The INTERSECTION of C and D, written C D = (6).
The basic operations are union and intersection.