That will depend on the conditions of the question. In some cases the answer must be an integer because fractional solutions do not make sense in the real world.
Suppose I need to find how many 20-seater coaches are needed for a group of 46 people. An answer of 2.3 coaches makes no sense. If I need more than 2 coaches, it has to be 3 (or more)! I cannot get any value between 2 and 3.
That will depend on the conditions of the question. In some cases the answer must be an integer because fractional solutions do not make sense in the real world.
Suppose I need to find how many 20-seater coaches are needed for a group of 46 people. An answer of 2.3 coaches makes no sense. If I need more than 2 coaches, it has to be 3 (or more)! I cannot get any value between 2 and 3.
That will depend on the conditions of the question. In some cases the answer must be an integer because fractional solutions do not make sense in the real world.
Suppose I need to find how many 20-seater coaches are needed for a group of 46 people. An answer of 2.3 coaches makes no sense. If I need more than 2 coaches, it has to be 3 (or more)! I cannot get any value between 2 and 3.
That will depend on the conditions of the question. In some cases the answer must be an integer because fractional solutions do not make sense in the real world.
Suppose I need to find how many 20-seater coaches are needed for a group of 46 people. An answer of 2.3 coaches makes no sense. If I need more than 2 coaches, it has to be 3 (or more)! I cannot get any value between 2 and 3.
That will depend on the conditions of the question. In some cases the answer must be an integer because fractional solutions do not make sense in the real world.
Suppose I need to find how many 20-seater coaches are needed for a group of 46 people. An answer of 2.3 coaches makes no sense. If I need more than 2 coaches, it has to be 3 (or more)! I cannot get any value between 2 and 3.
Yah it's a whole number... Because according to the definition of whole number. Whole numbers are those numbers who lies between 0 to infinity. And if we observe the number line. 0.9 will be between 0-1 so.. It's a Whole number....
You can't change a whole number to a decimal. A decimal and a whole number are both numbers. A decimal is just a number lower than a whole number, or a number in between two whole numbers.
A whole number does not include a fraction or decimal part. For example, 3, 107, -9 and zero are whole numbers. 2.1, -17,4528765 and two-and-a-half are not whole numbers.
If you have drawn a number line counting in whole numbers, the integers are those whole number points. Any decimal numbers in between are not integers.
No. It is a decimal value. It lies between the whole numbers 0 and 1. There are no integers between those two, thus 0.9812 is not a whole number.
The difference is that all whole numbers are decimal numbers, but not all decimal numbers are whole numbers. For example a whole number such as 1 is a decimal number but a decimal number such as 1.5 is not a whole number.
The whole number of 247 is between the whole numbers of 246 and 248
N0 it is not a whole number. A decimal or a fraction lies between two whole numbers, but are not whole numbers.
29 is a whole number and all whole numbers lie between two whole numbers.
31 is, itself, a whole number. One whole number cannot fall between two consecutive whole numbers.
-- Every whole number is a rational number. -- Any whole number divided by any whole number (except zero) produces a rational number.
it is when the domain is a whole number
Yah it's a whole number... Because according to the definition of whole number. Whole numbers are those numbers who lies between 0 to infinity. And if we observe the number line. 0.9 will be between 0-1 so.. It's a Whole number....
4 and 3 * * * * * 19 is itself a whole number and no whole number can lie between two consecutive whole numbers.
If two whole numbers are consecutive, that means there can't be another whole number between them.
There are no prime numbers in between these numbers. The only whole number between them is 6
There are infinitely many numbers between 1032 and 1209. Let me begin to explain my answer by presenting a modified version of the original question:"How many whole numbers are there between 1032 and 1209?"The answer? There are 76 whole numbers between 1032 and 1209.So, I would say there are two possibly-confusing things going on here. One of them is the distinction between "numbers" and "whole numbers"; and the other is the distinction between "the difference between two numbers" and "the number of numbers between two numbers.""Whole numbers" are the number 0, the number 1, and any number that is the sum of the number one added to itself, however many times. So, 0, 1, 2, 3, 4, 5, and so on, are all whole numbers.There are infinitely many whole numbers (because there's no end to the numbers you can get by adding 1 to the preceding number), but the number of whole numbers between any two, non-negative numbers (not including Infinity) is always finite. Between 2 and 5, for example, there are two whole numbers: 3 and 4. Between 2 and 1,000,005 there are 1,000,002 whole numbers, which you can name by starting with the number 3, and counting up -- by ones -- to the number 1,000,004. That's the number you would stop with because we are naming (and counting) the whole numbers between 2 and 1,000,005.Between 1032 and 1209 there are 76 whole numbers. To get the number of whole numbers between two non-infinite, non-negative numbers, you take the difference of the two numbers (the smaller number subtracted from the larger number) and subtract 1. The difference between 2 and 5 is 3; and the number of whole numbers between 2 and 5 is 2 -- namely, 3 and 4. The difference between 1032 and 1209 is 77, and the number of whole numbers between them is 76.But when you ask about "numbers" instead of "whole numbers" you are including the infinitely many intervening numbers between any two whole numbers. There are even infinitely many intervening numbers between 0 and 1: 0.1, 0.01, 0.001, 0.00230791502, 0.00000000000000000100000000010341010984050505326, and so on. Without the restriction to whole numbers, all the infinite divisions of the number 1 would have to be named and counted, if you wanted to say "how many numbers there are between" any two numbers starting with zero and up to any positive number other than infinity -- say, for example, between 1032 and 1209. So infinitely many numbers is how many numbers there are between 1032 and 1209.