Quotient of integers means dividing integers, so it is a fraction or a rational number all depending on how you look at it.
-- If the two integers have the same sign, their quotient is positive. -- If the two integers have different signs, their quotient is negative.
When the quotient of two integers is positive, either both integers are positive or both negative. When the quotient of two integers is negative, one of the integers is positive and one negative. When the quotient of two integers is zero, the first integer is zero and the second one is anything but zero.
* The quotient of two positive integers or two negative integers is positive. * The quotient of a positive integer and a negetive integer is negetive.
If both integers are positive or both negative then the quotient is positive. If they are one of each then the quotient is negative.
It is IF the integers have different signs.
Quotient positive: Both integers have the same sign: both positive or both negative. Quotient zero: The first integer is 0. Quotient negative: The integers have opposite signs: one positive and one negative.
The definition of an irrational number is that it cannot be expressed as the quotient of 2 integers, so no.
Their quotient is positive if the integers have the same sign;negative if the integers have different signs;zero if the dividend is zero (and the divisor is not).
The quotient has a positive sing in that case.
I understand your question to read What are two integers that give a quotient of 3.15. If that is correct, one solution is 315/100.
Every whole number can be expressed as the quotient or ratio of other whole numbers, and whole numbers ARE integers.
As a quotient of two integers!
Here are a few familiar quotients of integers:1/22/33/47/10The quotient of two integers is seldom an integer.
It would be positive.
It is a rational number.
546 ÷ 2
That is because that is how the product and quotient are defined.
Pi is an example of anirrationalnumber that cannot be expressed as the quotient of two integers?
-4 is an integer, so the easiest way to express it as a quotient of two integers is as(-4)/1.
The statement is false; in fact, no irrational number can be exactly expressed as a quotient of integers because this property is the definition of rational numbers.