54
130
No.It has, in times past, been added to the end of the English alphabet as a ligature, standing in for Et, but not as a letter in its own right.
The letter "X" is the only letter of the alphabet that appears only once in the names of British football teams. While many teams have names that include other letters multiple times, "X" is rare and typically found in a limited number of team names, such as "Oxford United."
Taking out some of logistics of how order is determined and how they're throw. If you were to randomly pick a letter from the alphabet 26 times in a row, the chances are 1 out of 6.15611958 x 1036 that they would be in order. So pretty slim.
The alphabet from alpha to tau was taken over from a north Semitic alphabet (probably a Phoenician script used in Syria); its introduction to Greece is perhaps reflected in the myth which tells how Cadmus, son of Agenor king of Tyre, brought letters to Thebes, the city he had founded. The shapes of the letters, their names and their order are virtually the same in both alphabets but they do not necessarily represent the same sounds. The Semitic alphabet has no characters for vowels, and the Greek therefore used for its vowels Semitic characters for consonants not in use in Greece. Thus Semitic consonant characters were used for ɑ, ε, o, and ι. The character for upsilon was taken over from a cursive Phoenician script and added to the alphabet after tau. In Greece local variations lasted for centuries. Some dialects had an extra letter, Ϝ, between epsilon and zeta, pronounced like English w and called first 'wau' by the Greeks and later digamma. It disappeared in pre-classical times from the Attic-Ionic dialects and does not appear in the standard alphabet given above. Other letters were added after upsilon to represent the sounds pH and kh.The Latin alphabet seems to have come from an early form of Etruscan script which was itself derived from the (Euboean) Greek alphabet as used at Cumae (in Campania), a colony of Chalcis in Euboea. The early Latin alphabet was the same as its modern English derivative except that it lacked the letters G, J (for which I did duty), U, W (for which V also served), Y, and Z. The character X represented the sound ks (unlike the Greek X, which represented the sound kh). H represented the aspirate (for its varying significance in Greek see 1 above). Greek gamma was represented by the character C which was at first used for the G sound as well as for the K sound (compare the names Gaius and Gnaeus which when abbreviated were written in archaic fashion C. and Cn.); the character G was introduced in the third century BC.alphabet" class='external' title="alphabet
2 x 26 = 52
The rotational symmetry of a plane object is the number of times it will look exactly like its original shape when you rotate it through 360 degrees in its plane. A whole alphabet has no rotational symmetry but some letters in an alphabet may have rotational symmetry. The number of symmetries depends on the alphabet, whether the letters are in upper or lower case as well as the font used.
26+26+2=54
There are 130
130
26 * 5 = 130
The term is factoring and basically you just multiply every number up to the number that your at. Like the alphabet has 26 letters then you would multiply 1 times 2 times 3 on up to you get to 26. Its usually written as: 26!. The exclamation mark tells you to do all this.
The first half of the alphabet consists of 13 letters (A-M), and the second half consists of another 13 letters (N-Z). For the first two letters, you can choose any of the 13 letters for each position, giving (13 \times 13 = 169) combinations. For the last two letters, you also have 13 choices for each, resulting in another (13 \times 13 = 169) combinations. Therefore, the total number of different four-letter words is (169 \times 169 = 28,456).
four-4 infinity + infinity + infinity... an infinate number of times will give you an infinate number of characters, and whos sum will be infinity... ;)
26. There are only 26 letters in the alphabet therefore there only 26 letters can be used but repeated hundreds of times.
In the English alphabet there are 26 letters. And there are 10 Arabic numerals (digits). For any arbitrary number of letters and numbers, the number of combinations can be found as the product of the number of possible symbols in each space, in this case: 26 * 26 * 26 * 10 * 10 * 10 * 10. Another way to approach it is to raise 26 by the number of letters, and 10 by the number of digits, and multiply those together. Here it would be 26 to the third power times 10 to the fourth power: 26 ^ 3 = 17576 10 ^ 4 = 10000 Total = 175,760,000
No.It has, in times past, been added to the end of the English alphabet as a ligature, standing in for Et, but not as a letter in its own right.