According to Benford's law, the first digit is most likely to be 1.
Benford's law for the first digit states that the probability of digit, d, is
log10(1 + 1/d) where d = 1, 2, ... , 9. [0 cannot be the leading digit].
This gives the probability of 1 as 30.1%.
The distribution becomes more uniform as the number of digits in the representation of numbers is increased but since we usually truncate numbers to a few digits, the state of uniformity is not always reached.
the digit 0
A digit is that which we used to count numbers.
The sixth digit of the NAICS code is used to define national industries
The PLACE VALUE.
For the first digit there would be 4 options For the second digit there would be 3 options for the third digit there would be 2 options Thus 4*3*2 = 24 three digit numbers can be formed if each digit can only be used once in a 3 digit number made.
1 is the most used digit because of 100
101
the digit 0
1
3
1
It isn't, so the question is pointless.
A digit is that which we used to count numbers.
The leading digit in a number is the digit to the most left. EXAMPLES: 1.09 the leading digit is 1. 298 leading digit 2.
The sixth digit of the NAICS code is used to define national industries
The PLACE VALUE.
Use the largest available digit possible starting with the hundred thousands digit, making the ones digit the largest even digit {0, 2, 4, 6, 8} that has not been used. The required number is: 987654