It kind of depends on what "these" sets are.
The empty set, any set with one element (for example, {1} or {x}, any set with two elements (for example, {1, 3}, or {a, b}, or {"John", "Mary"}, any set with three elements, etc.
The lowest common factor (the smallest positive whole number which divides into all the numbers without any remainder) of 3, 4, 16 is 1, as it is for any set of numbers. The highest common factor (the largest positive whole number which divides into all the numbers without any remainder) is also 1. The lowest common multiple ((the smallest positive whole number into which divide all the numbers without any remainder, ie the smallest positive whole number which is a multiple of all the numbers) is 48.
an empty set does not have any element
To find out how many sets of 20 are in 700, you would divide 700 by 20. This division would result in 35 sets of 20 in 700. Each set of 20 would be a whole number without any remainder.
Joint sets are sets with common element/s. Disjoint sets are sets without any common element/s.
It kind of depends on what "these" sets are.
Hydrogen is the only element without any neutrons.
When two sets do not have any elements common between them,they are said to be disjoint.
It has a different amount of protons, nuetrons and electrons than any other element's atom.
Francium is a chemical element without any importance.
The common nickname for the element actinium is "Ac."
Hydrogen is the only element without any neutrons in its nucleus. It consists of only one proton and one electron.
no. its in many compounds but not in many common materials.
Let set A = { 1, 2, 3 } Set A has 3 elements. The subsets of A are {null}, {1}, {2}, {3}, {1,2},{1,3},{1,2,3} This is true that the null set {} is a subset. But how many elements are in the null set? 0 elements. this is why the null set is not an element of any set, but a subset of any set. ====================================== Using the above example, the null set is not an element of the set {1,2,3}, true. {1} is a subset of the set {1,2,3} but it's not an element of the set {1,2,3}, either. Look at the distinction: 1 is an element of the set {1,2,3} but {1} (the set containing the number 1) is not an element of {1,2,3}. If we are just talking about sets of numbers, then another set will never be an element of the set. Numbers will be elements of the set. Other sets will not be elements of the set. Once we start talking about more abstract sets, like sets of sets, then a set can be an element of a set. Take for example the set consisting of the two sets {null} and {1,2}. The null set is an element of this set.
It has a different amount of protons, nuetrons and electrons than any other element's atom.
It has a different amount of protons, nuetrons and electrons than any other element's atom.