They are 0 which is its own additive opposite. 0 does not have a multiplicative opposite.
They are a pair of opposite whole numbers. Except in the case of 0 whose additive opposite is itself and which does not have a mulitplicative opposite.
Well to correct your grammar first of all so I can read the question more understandably, what is a whole number and its opposite. A whole number is a number greater than 0. The opposite of a whole number is a negative number. A negative number is a number below 0, like you see on thermometers when its really cold sometimes. Here is a very important thing that you need to know. If you don't know this you will get it wrong on a test. 0 is not a negative number or whole number. It is just known as a place holder on the number line.
They are bot whole numbers and, if not 0, they form a pair of additive inverses.
We know that one of these numbers is a whole number, but we don't know what kind of number the other is, so this statement doesn't tell us anything. We can make different assumptions about the first number, though, and make conclusions that way.Let X be the first number of unknown type, and Y be the whole number, "whole number" meaning the subset {0, 1, 2, 3, …} of the integers. Then:if Y is an integer (any element of the set {…, -2, -1, 0, 1, 2, …}, then the product of X and Y is an integer.if X is a negative integer, the product of X and Y is a negative integer or 0 (which would happen when Y is 0).if X is 0, the product of X and Y is 0.if X is a non-integer rational number, and this rational number can be expressed with a denominator equal to Y, then the product of X and Y is the numerator of X. For example, if X is 20/4 and Y is 4, the product of the two is 20.You can make other rules like this for other situations.
They are 0 which is its own additive opposite. 0 does not have a multiplicative opposite.
They are a pair of opposite whole numbers. Except in the case of 0 whose additive opposite is itself and which does not have a mulitplicative opposite.
Well to correct your grammar first of all so I can read the question more understandably, what is a whole number and its opposite. A whole number is a number greater than 0. The opposite of a whole number is a negative number. A negative number is a number below 0, like you see on thermometers when its really cold sometimes. Here is a very important thing that you need to know. If you don't know this you will get it wrong on a test. 0 is not a negative number or whole number. It is just known as a place holder on the number line.
It would be 0, which is also its opposite.
The product of first 100 whole numbers will be 0.It is because 0 is also a whole number and any thing multiplied by 0 will give out answer to be 0,no matter how long the series is.
They are bot whole numbers and, if not 0, they form a pair of additive inverses.
The series of first 5 whole numbers is: 0 1 2 3 4.The product of first 5 whole numbers will be 0.It is because 0 is also a whole number and any thing multiplied by 0 will give out answer to be 0,no matter how long the series is.
Integers are whole numbers such as: ..., -3, -2, -1, 0, 1, 2, 3, ... Counting numbers are whole numbers such as: 1, 2, 3, 4, ... So the product can be a whole positive number or zero. Example: (-2)(-3)= 6 (-2)(0) = 0
The nearest whole number is 0.The nearest whole number is 0.The nearest whole number is 0.The nearest whole number is 0.
We know that one of these numbers is a whole number, but we don't know what kind of number the other is, so this statement doesn't tell us anything. We can make different assumptions about the first number, though, and make conclusions that way.Let X be the first number of unknown type, and Y be the whole number, "whole number" meaning the subset {0, 1, 2, 3, …} of the integers. Then:if Y is an integer (any element of the set {…, -2, -1, 0, 1, 2, …}, then the product of X and Y is an integer.if X is a negative integer, the product of X and Y is a negative integer or 0 (which would happen when Y is 0).if X is 0, the product of X and Y is 0.if X is a non-integer rational number, and this rational number can be expressed with a denominator equal to Y, then the product of X and Y is the numerator of X. For example, if X is 20/4 and Y is 4, the product of the two is 20.You can make other rules like this for other situations.
yes, 0 is a whole number
the number 0 is always equal to its opposite