We will be glad to help and assist you in finding the crossword clues for the following clue: 'I accept your offer!'.
looking at this crossword definition, it has 30 letters.
for better and easier way of searching the for a crossword clue, try using the search term “'I accept your offer!' crossword” or “'I accept your offer!' crossword clue” while searching and trying to find help in finishing your crosswords. Here are the possible answers for 'I accept your offer!'.
We hope you found what you needed!
If you are still unsure with some definitions, don’t hesitate to search for them here in our site using the search box on top.
Possible Answers:
DEAL.
Last seen on: USA Today Crossword – Dec 31 2022
Random information on the term “'I accept your offer!'”:
E, or e, is the fifth letter and the second vowel letter in the Latin alphabet, used in the modern English alphabet, the alphabets of other western European languages and others worldwide. Its name in English is e (pronounced /ˈiː/); plural ees, Es or E’s. It is the most commonly used letter in many languages, including Czech, Danish, Dutch, English, French, German, Hungarian, Latin, Latvian, Norwegian, Spanish, and Swedish.
hillul
The Latin letter ‘E’ differs little from its source, the Greek letter epsilon, ‘Ε’. This in turn comes from the Semitic letter hê, which has been suggested to have started as a praying or calling human figure (hillul ‘jubilation’), and was most likely based on a similar Egyptian hieroglyph that indicated a different pronunciation. In Semitic, the letter represented /h/ (and /e/ in foreign words); in Greek, hê became the letter epsilon, used to represent /e/. The various forms of the Old Italic script and the Latin alphabet followed this usage.
'I accept your offer!' on Wikipedia
Random information on the term “DEAL”:
In cryptography, Ladder-DES is a block cipher designed in 1994 by Terry Ritter. It is a 4-round Feistel cipher with a block size of 128 bits, using DES as the round function. It has no actual key schedule, so the total key size is 4×56=224 bits.
In 1997, Eli Biham found two forms of cryptanalysis for Ladder-DES that depend on the birthday paradox; the key is deduced from the presence or absence of collisions, plaintexts that give equal intermediate values in the encryption process. He presented both a chosen-plaintext attack and a known-plaintext attack; each uses about 236 plaintexts and 290 work, but the known-plaintext attack requires much more memory.
This cryptography-related article is a stub. You can help Wikipedia by expanding it.