There are two single-digit country codes:
9,000,000 if there are no other requirements.
The right hallux is the first digit of the right foot.
There are 10 possible numbers that can be chosen. Since the first digit can't be 0, there are 9 selections for the first digit. The second number can include a 0, but can't include the first number chosen, so there are 9 selections for the second digit. Then there are 8 digits for the next number, 7 digits for the next number, and so on. Total telephone numbers are: 9*9*8*7*6*5*4 = 544320 phone numbers.
the us
Antoni Meucci and I don't Know which country sorry.
That makes:* 8 options for the first digit * 8 options for second digit * 10 options for the third digit * ... etc. Just multiply all the numbers together.
There are nine possibilities for the first digit. If this digit is not 8, there are ten possibilities for each of the remaining digits. Thus, if the first digit is not 8, there are 8 X 106 possibilities. If the first digit is 8, there are only nine choices for the second and third digits, since zero is excluded. This gives 9 X 9 X 104 possibilities that begin with 8. The total number of possibilities is therefore the sum of these two possibilities, which is 9.81 X 106 = 9,810,000.
That all depends upon what the first digit is. For example: First digit is 1. Answer is: 8 First digit is 2. Answer is 16. First digit is 3. Answer is 24.
This first digit is the first number. In this case the first digit is the number 2.
Country code +31 is the Netherlands; the '2' is the first digit of the city code. For example, +31 20 is Amsterdam.
first digit of the vin is its location of assembly and country of origin
first digit time second digit and second digit times first digit then repeat