Amazing number Pi (π)

Inombolo Pi (π) iyinombolo engenangqondo (ukumelwa kwayo kwedesimali akupheli futhi akusona isikhathi), esilingana nesilinganiso somjikelezo wendingilizi nobubanzi bayo. Lolu hlelo lokusebenza likuvumela ukuthi uthole kokubili idijithi ethile kanye nohlu lwezindawo zamadesimali kweziyibhiliyoni elingu-1 ezaziwayo. Ngokulanda inombolo efanelekile yamadijithi ka-Pi ocingweni lwakho, ungasebenzisa uhlelo lokusebenza ngaphandle kokufinyelela ku-inthanethi. Ngenombolo engu-Pi, ungakwazi ukuqeqesha inkumbulo yakho ngokufunda amakhulukhulu noma izinkulungwane zamadijithi, futhi ukuntuleka kokukhangisa kwenza ukusebenza kuhlelo lokusebenza kube ntofontofo ngangokunokwenzeka.

Amaqiniso athakazelisayo mayelana nenombolo Pi:
● Ukubalwa kwenombolo ye-Pi – ukuhlola okujwayelekile ukuhlola amandla ekhompyutha ekhompuyutha;
● Uma wazi okungenani izindawo zamadesimali ezingu-39, ungakwazi ukubala ubude bendilinga onobubanzi obufana neNdawo Yonke, ngephutha elingekho ngaphezu kwerediyasi ye-athomu ye-hydrogen.;
● I-Position 762 yaziwa ngokuthi i-Feynman point, lapho kuqale khona iziyisishiyagalolunye eziyisithupha zilandelana;
● Ukumela inombolo engu-Pi, ingxenyenamba engu-22/7 isetshenziswa kabanzi, inikeza ukunemba kwe-0.04025%;
● Izigidi zokuqala zezindawo zamadesimali ze-Pi zihlanganisa oziro abangu-99,959, 99,758 oyedwa, 100,026 ababili, 100,229 abaphindwe kathathu, 100,359 abahlanu, 99,548 abayisishiyagalombili, 99,800 abayisishiyagalombili, kanye nesishiyagalolunye abayisishiyagalolunye abayizi-100,106;
● Ngo-2002, usosayensi wase-Japan wabala amadijithi angu-1.24 trillion we-Pi esebenzisa ikhompuyutha enamandla ye-Hitachi SR 8000. Ngo-Okthoba 2011, inombolo engu-pi yabalwa ngokunemba kwezindawo zamadesimali eziyizigidi eziyizinkulungwane eziyi-10.

Umlando we-Pi:
Imincintiswano ibanjwe emandleni okukhumbula izindawo zamadesimali eziningi ngangokunokwenzeka. Ngakho-ke, ngokwe-Guinness Book of Records, ngo-March 21, 2015, umfundi waseNdiya u-Rajveer Meena wenza kabusha izinhlamvu ezingaba ngu-70,000 emahoreni ayisishiyagalolunye. Kodwa ukusebenzisa inombolo engu-Pi kwezesayensi, kwanele ukwazi amadijithi okuqala angu-40 kuphela. Ukuyibala cishe, intambo evamile izokwanela. I-Greek Archimedes ekhulwini lesi-III BC yadweba amapholygoni avamile ngaphakathi nangaphandle kwendingiliza. Ehlanganisa ubude bezinhlangothi zamapholigoni, wabona ukuthi inombolo ethi Pi icishe ibe ngu-3.14.

Ongoti bezibalo bagubha iholidi labo elingekho emthethweni (uSuku Lwamazwe Ngamazwe lwenombolo ethi "Pi") minyaka yonke ngoMashi 14 ngo-1:59:26 amahora. Umqondo waleli holide wasungulwa ngo-1987 nguLarry Shaw, lapho ebona ukuthi ohlelweni lwezinsuku lwaseMelika, uMashi 14 ngu-3/14, futhi kanye nesikhathi 1:59:26, banikeza amadijithi okuqala enombolo ethi Pi. .

Izinhlamvu zokuqala ezingu-100 ze-Pi:
3,141592653589793238462643383279502884197169399375105820974944592307816406286208998628034812534.

Ukuthola imiphumela evelele ngempela, abanikazi bamarekhodi basebenzisa indlela yokubona ngeso lengqondo: izithombe kulula ukuzikhumbula kunezinombolo. Okokuqala, udinga ukufanisa idijithi ngayinye ye-Pi nohlamvu lukangwaqa. Kuvela ukuthi inombolo ngayinye enamadijithi amabili (kusuka ku-00 kuya ku-99) ihambisana nenhlanganisela yezinhlamvu ezimbili.

Abanye ososayensi bathi abantu bahlelelwe ukuthola amaphethini kukho konke, ngoba yiyona ndlela kuphela esinganikeza ngayo incazelo emhlabeni wonke nakithi. Futhi yingakho sikhangwa kakhulu inombolo "engajwayelekile" ye-Pi.

Iwebhusayithi: http://www.funnycloudgames.space

★ Eminye imidlalo nezinhlelo zokusebenza ★
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