Assuming that 000001 isn't considered as the smallest number with 6 digits on the basis that it would just be written as 1 instead: greatest whole number with 5 digits: 99,999 smallest whole number with 6 digits: 100,000 So hence the 6 digit number is the greatest. If negative numbers were involved though, then the 5 digit number would be the largest by definition. As it would still be 99,999 whereas the smallest 6 digit number would be -999,999
0
24578
It is 24578.
If you must keep the "38" as is and just place the 6 before & after the 38, there is no odd number. If you can move the 3 & 8, then the largest odd number would be 863.
Reordering the digits, the largest is 87542.
87,542 is.
Assuming that 000001 isn't considered as the smallest number with 6 digits on the basis that it would just be written as 1 instead: greatest whole number with 5 digits: 99,999 smallest whole number with 6 digits: 100,000 So hence the 6 digit number is the greatest. If negative numbers were involved though, then the 5 digit number would be the largest by definition. As it would still be 99,999 whereas the smallest 6 digit number would be -999,999
write the largest number you can make using each of the digits 7,1,0,2, and 9 just once
you should just look on google for the answer.
No. Whole numbers are numbers which are "Whole" just as the term suggests. IT should not be a fraction or have any decimal digits.
0
24578
It is 24578.
If you must keep the "38" as is and just place the 6 before & after the 38, there is no odd number. If you can move the 3 & 8, then the largest odd number would be 863.
The largest number that can be made simply by rearranging the digits is 76210. But this is nothing like the largest number: (6^7201) is bigger than 1 followed by 5603 zeros. (6^71)^20 is very much larger. There are number that are larger still, such as 76210! = 1*2*3*...*76210
I guess the expected answer is 97210. Using factorials and exponents very much greater number can be obtained. For example, 97210 is a number with 6880 digits. And that is without using factorials.