(1) List the elements, and (2) Define a rule that elements of the set must fulfill.
tabular and rule method
the other one is intersection
name with a uppercase letterbracesfor example, E = {2,4,6,8}
We can't answer that unless you tell us what two ways were shown.
A set can be represented in two primary ways: roster (or tabular) form and set-builder form. In roster form, the set is listed explicitly with its elements enclosed in curly braces, such as ( A = {1, 2, 3} ). In set-builder form, the set is defined by a property that its members satisfy, expressed as ( B = {x \mid x \text{ is an even number}} ). Both methods effectively convey the same information about the set.
tabular and rule method
PROTOCOL
There are many different ways but a defining characteristic is that is has two pairs of parallel sides.
a.Roster Method:By listing ex:A={1,3,5,7} b.Rule Method:By describing/defining ex:A={the first odd numbers}
the other one is intersection
Sets are just collections of things. A set is defined by the things that belong to it- that is if you have two sets A and B and everything that belongs to A belongs to B and everything that belongs to B belongs to A then A and B are actually the same set. An important example is the empty set - which by definition contains nothing. There is only one empty set. The things that belong to a set are calle its elements There are different ways of defining sets. You can define them by listing their elements, or you can define them by giving one or more properties that uniquely define the elements that belong to the set.
segment off/set alphanumeric
name with a uppercase letterbracesfor example, E = {2,4,6,8}
dogs
well the royal colonies were set up by two women who had many different governing ways
We can't answer that unless you tell us what two ways were shown.
awesomeness