Yes.
Some integers are whole numbers, but only 0 through positive infinity. The negatives are not included in the whole numbers.
Any positive number. Whole numbers are all positive and integers are any number including negatives.
Whole numbers
Yes. Any set of digits without a fraction or decimal point is a whole number. The whole numbers are all the numbers you say when you count (or their negatives).
2. 4 if you include negatives.
Some integers are whole numbers, but only 0 through positive infinity. The negatives are not included in the whole numbers.
No - whole numbers only, no negatives, no fractions
Any positive number. Whole numbers are all positive and integers are any number including negatives.
Whole numbers
Yes. Any set of digits without a fraction or decimal point is a whole number. The whole numbers are all the numbers you say when you count (or their negatives).
An integer is not always a whole number because whole numbers are numbers 0 and up. Integers are numbers above and below 0. (Including negatives.) So therefore, if an integer is a negative, it would not be a whole number. But a whole number is always an integer.
The numbers {0, 1, 2, 3, ...} etc. There is no fractional or decimal part. And no negatives. Example: 5, 49 and 980 are all whole numbers.
2. 4 if you include negatives.
there are rational numbers--numbers that you can express as a fraction irrational numbers--numbers you cannot express as a fraction integers--whole numbers and their opposites(negatives) whole numbers--0, 1, 2, 3,... natural or counting numbers--1, 2, 3,....
here are rational numbers--numbers that you can express as a fraction irrational numbers--numbers you cannot express as a fraction integers--whole numbers and their opposites(negatives) whole numbers--0, 1, 2, 3,... natural or counting numbers--1, 2, 3,....
The most basic system that includes negatives is the system of integers, which consists of positive whole numbers, negative whole numbers, and zero. This set allows for operations such as addition, subtraction, and multiplication, where negatives play a crucial role in defining the properties of the number line and arithmetic operations. Integers provide a foundational framework for understanding more complex number systems, such as rational and real numbers.
Whole numbers are any number without a decimal that are greater than 0, eg. no negatives or decimals. ex: 1, 2, 3, 4, 5, etc. Positive integers are also whole numbers.