Any whole number without any decimals or fractions.
any integer (the counting numbers)
Any calculator will do that. Divide the top number by the bottom number.
No, -.5 repeating is not an integer because an integer is a whole number without decimals or fractions
In theory, infinite, non-recurring decimals can represent irrational number whereas fractions cannot do that. However, any non-recurring decimal number can be expressed for only a finite number of digits and so this theoretical difference cannot be attained in reality.
Any whole number without any decimals or fractions.
any integer (the counting numbers)
you write it down! any number without decimals or fractions 1,2,3,4,5,6,7,8,9,10 and so on
-1. An integer is any number that can be represented without decimals or fractions - including negatives.
No, because whole numbers are integers without decimals or fractions.
Honey, a whole number is just a fancy way of saying a number without any fractions or decimals. So, if you see a number like 2.2020020002 prancing around with all those decimals, it's definitely not a whole number. Stick with good ol' 2 if you want to keep it simple.
Yes, 102 is a whole number. Whole numbers are all the positive integers from 0 upwards, including zero and all the positive integers without any fractions or decimals. In this case, 102 is a positive integer without any fractions or decimals, so it falls under the category of whole numbers.
Any calculator will do that. Divide the top number by the bottom number.
integers are any number number on a number line and do not have fractions or decimals. They could be any thing from -7 to 3 to 10000000000 or -3475848569. Welcome!
The concept of HCF is normally not applied to fractions. This is because once you introduce fractions, any number is divisible by any other number.
No, -.5 repeating is not an integer because an integer is a whole number without decimals or fractions
In theory, infinite, non-recurring decimals can represent irrational number whereas fractions cannot do that. However, any non-recurring decimal number can be expressed for only a finite number of digits and so this theoretical difference cannot be attained in reality.