You must add 9 digits (or 12 digits, depending on the country) after the decimal point, and eliminate the decimal point. Thus (assuming the "short scale") you get: 53,620,000,000.You must add 9 digits (or 12 digits, depending on the country) after the decimal point, and eliminate the decimal point. Thus (assuming the "short scale") you get: 53,620,000,000.You must add 9 digits (or 12 digits, depending on the country) after the decimal point, and eliminate the decimal point. Thus (assuming the "short scale") you get: 53,620,000,000.You must add 9 digits (or 12 digits, depending on the country) after the decimal point, and eliminate the decimal point. Thus (assuming the "short scale") you get: 53,620,000,000.
I assume you mean how many 4-digit numbers can be made from a set such as {A,A, B, C} where A, B and C are single digits. There are 12 such numbers.
39 and 48
There are three such numbers: 12, 24 and 36.
IF we use four different digits ,For example 12 , 35. 98. 72 . when we add two 2 -digits numbers. 12 + 35 =47 98 + 72 =160 72 + 35 = 107 98 + 12 = 110 the least sum we can get 12+ 35 = 47.
No! The number of digits varies by country, and may vary within a country. International standards restrict the total phone number length including country code to 15 digits maximum (which would be 11 digits for the US and Canada including our country code +1), but what happens after the country code is up to that country. 10-digit and 9-digit phone numbers within a country are common. Smaller countries may have fewer digits: Iceland has 7-digit numbers. China uses 10 digits for landlines but 11 digits for mobile phones; it is effectively in a slow migration to 11 digits. Germany until a few years ago had variable length numbers from 7 to 12 digits, the subscriber (local) part being as short as 4 digits for old numbers and longer for new numbers, but since 2010 uses 10 or 11 digits total. Most countries use 2-digit area codes (with 7 or 8-digit local subscriber numbers), but that varies too, with some using 3 or 4-digit area codes. The UK uses a variable length area code: Even though UK phone numbers are 10 digits almost everywhere (9 digits for certain old numbers), the city code portion can be from 2 to 6 digits, so that large cities have a 2-digit city code and 8-digit local portion, while smaller towns have longer city codes and shorter local numbers.
It varies from country to country, and sometimes within individual countries. For example, the Falkland Islands is never more than 8 digits including country code, for example +500 12345, while the UK would typically be 12 such as in +44 117 4960123. The minimum length for an international telephone number is 7 digits, and the maximum is 15 digits.
919898803296
This is not just cell phone numbers; it might affect any phone number. Different countries use different country prefixes for the phone system; the length of this prefix varies. For example, "1" for the United States, and "591" for Bolivia.After the country prefix there might be a region prefix, and then the actual phone number within each region. The length of each of these parts may also vary. For instance, in a small country (which doesn't have many phone connections) 8 digits might be enough, for region + actual phone number; in a country with many phone lines, more digits might be required.
there are 12 numbers for billion
A telephone number in France has 9 digits. As dialed within France, you dial a trunk prefix (usually 0), followed by the 9-digit number, for a total of 10 digits. From outside France, you dial your international access prefix (most commonly 00, but many countries use other prefixes), plus country code +33, plus the 9-digit number. On a GSM mobile phone, you can dial +33 (including the plus sign) and the 9-digit number.
You must add 9 digits (or 12 digits, depending on the country) after the decimal point, and eliminate the decimal point. Thus (assuming the "short scale") you get: 53,620,000,000.You must add 9 digits (or 12 digits, depending on the country) after the decimal point, and eliminate the decimal point. Thus (assuming the "short scale") you get: 53,620,000,000.You must add 9 digits (or 12 digits, depending on the country) after the decimal point, and eliminate the decimal point. Thus (assuming the "short scale") you get: 53,620,000,000.You must add 9 digits (or 12 digits, depending on the country) after the decimal point, and eliminate the decimal point. Thus (assuming the "short scale") you get: 53,620,000,000.
12 digits.12 digits.12 digits.12 digits.
13 and 22
The account number is 12 digits.
I assume you mean how many 4-digit numbers can be made from a set such as {A,A, B, C} where A, B and C are single digits. There are 12 such numbers.
if the 12 digits above are 12 separate numbers the mode, or most common number is 1.