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Is the product of two rational numbers irrational?
The product of two rational numbers is always a rational number.
What are the product of two rational numbers?
The product will also be a rational number
Is the product of two rational number irrational or rational?
It is always rational.
Is the product of two rational number always rational?
Yes, it is.
Is two an irrational number?
Two is an integer. All integers are rational numbers.
What is the product of two or more nonzero whole number is a?
Integer, a real number and a rational number.
Is 37 squared a rational or irrational number?
372 = 1,369 is an integer; therefore, it is a rational number. In fact, the square of any integer is always an integer; this is because the sum or product of any two integers is an integer. And every integer is a rational number; this is because a rational number is defined as the quotient obtained by dividing one integer into another; and because every integer is the quotient obtained by dividing that integer by the integer 1.
Why are all the perfect squares are rational number?
A perfect square is a square of an integer.The set of integers is closed under multiplication. That means that the product of any two integer is an integer. Therefore the square of an integer is an integer.Integers are rational numbers so the square [which is an integer] is a rational number.
Why is the product of any two rational numbers a rational number?
Rational numbers are represented in the form of p/q , where p is an integer and q is not equal to 0.Every natural number, whole number and integer can be represented as rational number.For example take the case of integer -3, it can be represented in the form of p/q as -3/1 and q is not equal to zero, which means that rational numbers consist of counting numbers, whole numbers and integers.Now, what will be the result of product of any two rational numbers?Let us take the case of two rational numbers which are x/y & w/z, their product is equal toxw/yz, which is a rational number because multiplication of x and w results in an integer and also multiplication of y and z results in an integer which satisfies the property of rational numbers, which is in the form of p/q.So, product of any two rational numbers is a rational number.
Is the product of two rational numbers irrational?
The product of two rational numbers is always a rational number.
What is always true about the product of 2 mixed numbers?
In any case, being the product of two rational numbers, it will also be rational. It can either be another mixed number, or it may happen to be an integer.
Prove that if a and b are rational numbers then a plus b is a rational number?
Because a is rational, there exist integers m and n such that a=m/n. Because b is rational, there exist integers p and q such that b=p/q. Consider a+b. a+b=(m/n)+(p/q)=(mq/nq)+(pn/mq)=(mq+pn)/(nq). (mq+pn) is an integer because the product of two integers is an integer, and the sum of two integers is an integer. nq is an integer since the product of two integers is an integer. Because a+b equals the quotient of two integers, a+b is rational.
What are the product of two rational numbers?
The product will also be a rational number
What is 23.7 an integer a whole number a rational number or all of the above?
It is a rational number but not either of the other two.
Is 1416 divided by 1000 a rational number?
1416 is an integer 1000 is an integer A rational number is any number produced by dividing two integers. As such yes 1.416 is a rational number of 1416/1000
What The product of two rational numbers?
It is a rational number.
What number is a real number and a rational number but not an integer?
Any fraction that does not equal to a whole number is real and rational, but not an integer. 1/5 is rational because it is represented by the division of two integers, but it is not itself an integer, which are natural numbers such as 1, 2, and 3.
