First, let's find the sum of 100 terms, where a1 is 1 and an = 100.
Sn = (n/2)(a1 + an)
S100 = (100/2)(1 + 100) = 50(101) = 5,050
The average of all whole numbers from 1 to 100 is: 5,050/100 = 50.5
Yes.
The whole part - all of it.
The perfect numbers less than 100 are 6 and 28.
It depends on your definition of whole numbers. The classic definition of whole numbers is the set of counting numbers and zero. In this case, the set of whole numbers is not closed under subtraction, because 3-6 = -3, and -3 is not a member of this set. However, if you use whole numbers as the set of all integers, then whole numbers would be closed under subtraction.
4x4=16, and 5x5=25, so 4 and 5 are the whole numbers closest to the square root of 19. [And incidentally of all the square roots of all the whole numbers between 16 and 25.]
50
101
All numbers from 1 to 100 which are whole numbers are integers
Whole numbers between 1 and 100 are just counting numbers. Can you count? Just start at 1 and count to 100. All the numbers in your count will what you are asking for: That is: 1, 2,3, ... (fill in the missing numbers ) 98,99,100.
5050
The total of all of the numbers from 1 to 99 is 4950.
No, they're not. The range from 100 to 1,000 includes numbers like 100.6, 239.07,5431/2, and 942.638, and those are not 'whole numbers'.But the numbers in that range that have nothing after the decimal point, and haveno fraction after them, are all whole numbers.The same is also true of any number that's notbetween 100 and 1,000 .
It is 50.
No. Factorials can only be placed on positive whole numbers or 0. For example, 0!, 1!, and 6! are all fine, but 2.5! and (-1)! are not. Since factorials can only be placed on whole numbers, that means you will only be multiplying whole numbers. 100! = 100 * 99 * 98 ... * 1; all those numbers are whole numbers, meaning your answer will be a whole number.
I wrote out all the factors of all the numbers from 1 to 100 and counted them.
To find the whole numbers less than 100 that are 10 greater than an odd whole number, we start by identifying the odd whole numbers less than 90 (since 90 + 10 = 100). The odd whole numbers in this range are 1, 3, 5, ..., 89. For each of these odd numbers, adding 10 gives us the corresponding whole numbers: 11, 13, 15, ..., 99. Thus, the whole numbers less than 100 that meet the criteria are all the odd numbers from 11 to 99.
302