To give the particular number the largest possible value, arrange the digits in the order of their individual value, beginning with the largest one on the left and smallest on the right. To give the particular number its smallest possible value, arrange the digits in the order of their individual value, beginning with the smallest one on the left and largest on the right.
4321
The smallest possible 9 digit number (assuming negatives are not allowed) is 102,345,678 in which 5 is in the thousands' place.
The answer to the smallest possible value of the sum of all the digits is 1. the number can either be 100 or 1000 - either way the sum is still one.
The smallest four-digit number not using zero is 1000. In a four-digit number, the first digit cannot be zero, so the smallest possible value for the first digit is 1. The remaining three digits can be any number from 0-9, so the smallest possible four-digit number is 1000.
To give the particular number the largest possible value, arrange the digits in the order of their individual value, beginning with the largest one on the left and smallest on the right. To give the particular number its smallest possible value, arrange the digits in the order of their individual value, beginning with the smallest one on the left and largest on the right.
3
4321
The smallest possible 9 digit number (assuming negatives are not allowed) is 102,345,678 in which 5 is in the thousands' place.
The answer to the smallest possible value of the sum of all the digits is 1. the number can either be 100 or 1000 - either way the sum is still one.
To find the smallest possible whole number using the digits 3, 6, 1, and 8, we need to arrange them in ascending order. The smallest whole number would be 1368. This is because in whole numbers, the digit in the leftmost place value should be the smallest possible digit available.
The smallest four-digit number not using zero is 1000. In a four-digit number, the first digit cannot be zero, so the smallest possible value for the first digit is 1. The remaining three digits can be any number from 0-9, so the smallest possible four-digit number is 1000.
If possible, find the largest and smallest possible values of the variable under study. Then the range = Largest Value minus Smallest Value.
273
The number with the smallest absolute value is 111111.
There is no such value since rational and irrational numbers are infinitely dense. If there was a positive number, x, that laid claim to having the smallest possible absolute value, it would immediately be challenged by x/2. Then that, in turn, would be challenged by x/4, and then x/8 and so on, and on, and on.
The largest place value is the tenths place. The smallest is, well, infinite.