The set of squares of integers and the set of whole numbers are equal sets.

The set of whole numbers is a finite set .

Which of the following sets of real numbers is such that if x is an element of the set and y is an element of the set, then the sum of x and y is an element of the set ? I. The set of negative integers II. The set of rational numbers III. The set of irrational numbers

Write the following sets in roster form : the set of whole numbers which are multiples of 5

Write the following sets in the roster form : the set of whole numbers which are greater than 14 and divisible by 7

The set of odd prime numbers is the empty set.

Does the relation 'a square root of' in the set of real numbers represent a function ?

State whether each of the following sets is a finite set or an infinite set: The set of whole numbers less than 12.

State, whether the following pairs of sets are equivalent or not: Set of whole numbers and set of multiples of 3.

State, whether the following pairs of sets are equivalent or not: Set of integers and set of natural numbers.