1. Home
  2. Detail

@g_4fn1: Beliau adalah Guruku,Orang Tuaku,Panutanku.....Selamat purna bakti ya ibu,Semoga ibu sehat selalu,Bahagia bersama keluarga.Aamiin. terimakasih atas bantuan dan kebaikan ibu selama ini,Semoga Allah balas kebaikan Ibu...,,🤍🤍#smkn1solsel #guruku #ibuHj.Dra Ermawati

4fni Collection
4fni Collection
Open In TikTok:
Region: ID
Friday 02 October 2026 10:34:56 GMT
2099
35
3
5

Music

Download

No Watermark .mp4 (0.56MB) No Watermark(HD) .mp4 (0.72MB) Watermark .mp4 (1.23MB) Music .mp3

Comments

bundha.cantika
Nilla Elvisa :
siapo ko buk??
2026-10-02 13:25:44
0
rm.muarokambang
RayyaNa :
2026-10-02 10:50:59
0
To see more videos from user @g_4fn1, please go to the Tikwm homepage.

Other Videos
#ئەحەتەپەڕەش😂
#ئەحەتەپەڕەش😂
Graham’s Number is an extremely large, finite number that is precisely defined in mathematics. It was used as an upper bound in a problem in Ramsey theory. It was introduced by the mathematician Ronald Graham and is famous for being one of the largest numbers ever used in a serious mathematical proof. Origin in a Ramsey theory problem Ramsey theory studies when patterns inevitably appear in large structures. The problem that led to the creation of this number involves multidimensional hypercubes and the coloring of their edges. Graham used this number as an upper bound (a guaranteed maximum value) to solve that combinatorial problem. Why is it so large? To represent Graham’s Number, we use a special notation called Knuth’s up-arrow notation, which extends the operation of exponentiation to repeated operations: • 1 arrow: exponentiation (e.g., 3↑3 = 3³ = 27) • 2 arrows: tetration (repeated exponents) • 3 or more arrows: even more highly iterated operations Graham’s Number is calculated in 64 recursive steps, starting with 3↑↑↑↑3 and using the result of each step to increase the number of arrows in the next one. The size of Graham’s Number It is so large that it cannot be written in ordinary decimal notation. Even the number of digits it has would be greater than the total number of particles in the observable universe. Fun facts • It became world-famous after being described by Martin Gardner in Scientific American in 1977. • In 1980 it was listed in the Guinness World Records as the largest number used in a serious mathematical proof. • Although larger numbers have been defined since then (such as TREE(3)), it remains famous for its size and popularity.
Graham’s Number is an extremely large, finite number that is precisely defined in mathematics. It was used as an upper bound in a problem in Ramsey theory. It was introduced by the mathematician Ronald Graham and is famous for being one of the largest numbers ever used in a serious mathematical proof. Origin in a Ramsey theory problem Ramsey theory studies when patterns inevitably appear in large structures. The problem that led to the creation of this number involves multidimensional hypercubes and the coloring of their edges. Graham used this number as an upper bound (a guaranteed maximum value) to solve that combinatorial problem. Why is it so large? To represent Graham’s Number, we use a special notation called Knuth’s up-arrow notation, which extends the operation of exponentiation to repeated operations: • 1 arrow: exponentiation (e.g., 3↑3 = 3³ = 27) • 2 arrows: tetration (repeated exponents) • 3 or more arrows: even more highly iterated operations Graham’s Number is calculated in 64 recursive steps, starting with 3↑↑↑↑3 and using the result of each step to increase the number of arrows in the next one. The size of Graham’s Number It is so large that it cannot be written in ordinary decimal notation. Even the number of digits it has would be greater than the total number of particles in the observable universe. Fun facts • It became world-famous after being described by Martin Gardner in Scientific American in 1977. • In 1980 it was listed in the Guinness World Records as the largest number used in a serious mathematical proof. • Although larger numbers have been defined since then (such as TREE(3)), it remains famous for its size and popularity.
Nếu có người rao giảng “Chúa đã trở lại rồi”, ở đây có ba cách làm, bạn sẽ chọn cách nào? #conggiao #stephanohoquockhanh #conggiaovietnam #conggiaoyeuthuong #huynhtruong
Nếu có người rao giảng “Chúa đã trở lại rồi”, ở đây có ba cách làm, bạn sẽ chọn cách nào? #conggiao #stephanohoquockhanh #conggiaovietnam #conggiaoyeuthuong #huynhtruong
14k ảnh lộn xộn#trendanhluotlonxon #xuhuong #50kanhlonxon #viral
14k ảnh lộn xộn#trendanhluotlonxon #xuhuong #50kanhlonxon #viral
How to bypass TikTok's compression and keep your 4K 60FPS quality crystal clear. #seosmethod #method #4kquality #60fps #tiktokquality #davinciresolve
How to bypass TikTok's compression and keep your 4K 60FPS quality crystal clear. #seosmethod #method #4kquality #60fps #tiktokquality #davinciresolve

About

Legal