They are sets with a finite number of elements. For example the days of the week, or the 12 months of the year. Modular arithmetic is based on finite sets.
Closed sets and open sets, or finite and infinite sets.
sets
Closed sets and open sets, or finite and infinite sets.
There are finite sets, countably infinite sets and uncountably infinite sets.
They are sets with a finite number of elements. For example the days of the week, or the 12 months of the year. Modular arithmetic is based on finite sets.
Closed sets and open sets, or finite and infinite sets.
YES
sets
Closed sets and open sets, or finite and infinite sets.
Closed sets and open sets, or finite and infinite sets.
Closed sets and open sets, or finite and infinite sets.
They are numbers that terminate.
There are finite sets, countably infinite sets and uncountably infinite sets.
The way I understand it, a finite set can not be an infinite set, because if it were an infinite set, then it would not be a finite set, and the original premise would be violated.
There are not just five finite sets, there are infinitely many. {1} {1,2} {2, water} {red, dog, dream} {sdf. csfk. dfo, df, gfpo} are five finite sets.
There are any number of finite sets. Some are: the number of seats on a bus, the number of bees in a hive, and the number grains of rice in a ton of the grain.