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The number 9 is also considered unlucky; when pronounced ku, it is a homophone for suffering (苦). The number 13 is sometimes considered unlucky, though this is a carryover from Western tradition. In contrast, 7 and sometimes 8 are considered lucky in Japanese. [2] In modern Japanese, cardinal numbers except 4 and 7 are generally given the on ...
In Japanese, each digit/number has at least one native Japanese (), Sino-Japanese (), and English-origin reading.Furthermore, variants of readings may be produced through abbreviation (i.e. rendering ichi as i), consonant voicing (i.e sa as za; see Dakuten and handakuten), gemination (i.e. roku as rokku; see sokuon), vowel lengthening (i.e. ni as nii; see chōonpu), reading multiple digits ...
Haraguchi holds the current unofficial world record for reciting 10,000 digits of pi in 16 hours, starting at 9:00 a.m. (16:28 GMT) on October 3, 2006. He equaled his previous record of 83,500 digits by nightfall and then continued until stopping with digit number 100,000 at 1:28 a.m. on October 4, 2006.
Note 1: for small numbers the Japanese normally use Japan-originated numbers, rather than those of Chinese origin, so 1 is usually 一[つ] (hito[tsu]) and ten is often 十 (too). Note 2: billion means 1000,000,000,000 in Europe.
The Nippon Decimal Classification (NDC, also called the Nippon Decimal System) is a system of library classification developed for mainly Japanese-language books maintained and revised by the Japan Library Association since 1948. Originally developed in 1929 by Kiyoshi Mori, the 10th and latest edition of this system was published in 2014.
In Japanese, virtually all nouns must use a counter to express number because Japanese lacks singular/plural morphology. [6] [5] In this sense, virtually all Japanese nouns are mass nouns. This grammatical feature can result in situations where one is unable to express the number of a particular object in a syntactically correct way because one ...
Decimal digits are composed by swiping down the keys located on the first 3 rows (digits 1 to 9) or the middle of the fourth row (digit 0). The four main punctuation signs are composed by swiping r at end of the fourth row (swipe down for comma, left for the full stop, up for the question mark, right for the exclamation mark).
The number of pieces that could be seen in a 6 × 6 × 6× 6 Rubik's Tesseract. 1041 = sum of 11 positive 5th powers [36] 1042 = sum of 12 positive 5th powers [37] 1043 = number whose sum of even digits and sum of odd digits are even [38] 1044 = sum of distinct powers of 4 [35] 1045 = octagonal number [39]