@user365305123: Quédate Lejos - Ha-Ash ft. Maluma #quedatelejos #haash #maluma #musica #fyp #letra

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Sunday 10 August 2025 00:12:34 GMT
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tattiiana.c
𝒯𝒶𝓉𝓉𝒾𝒶𝓃𝓃𝒶 :
😭
2025-09-02 05:59:36
4129
01_.05r
ℛ :
quédate ahí, que cercas me haces tanto daño
2025-08-24 05:39:47
1786
vall.tth
Valeria :
Que te da el derecho de hacerme dudar?
2025-08-27 10:49:13
787
steffcg26
SteffCG :
Te lo advertí, que fue la última vez…
2025-08-24 09:09:38
683
sele_.ssj
✨🌸♡sele♡🌸✨ :
esa nooooo justo me dejaron 😭😭😭
2025-08-24 06:44:20
512
alenis_0
𝒜𝓁𝑒 :
2025-08-22 06:20:41
423
shan.verdesoto
𝐍 𝐀 𝐈 ☪︎ ִֶָ :
QUÉDATE LEJOS DE MI!
2025-09-04 22:32:52
181
dl_wiii
Dar :
si tú fuiste el primero en dejarme de amar
2025-08-24 18:52:56
159
gabyj1131
gabicitaaaa :
“ si tú fuiste el primero en dejarme a amar”
2025-08-28 00:36:49
135
lamejorshikamarunista
Yeyé :
2025-09-07 05:38:03
109
dddyydyy
Dydy :
PERO MINIMO REGRESA A HACERME DUDAR Y YA CANTO ESTO CON SENTIMIENTO
2025-08-26 04:18:02
90
k4tt.sj_
k4tt.sj_ :
SI TÚ FUISTE EL PRIMERO EN DEJARME DE AMAAAAAARR😭
2025-09-01 20:10:52
65
kay_pl_
gaby >|< :
SI TU FUISTE EL PRIMERO EN DEJARME DE AMAAARRR
2025-09-04 20:52:40
63
6171829sbjsshj
ash_león :
"Y a ti no te importó"
2025-08-27 04:01:12
51
celisalvv
celii :
la quiero compartir pero se supone que ya lo supere
2025-09-05 01:49:12
50
vazz_278
valeria👩🏻‍🦰 :
quédate ahiiiii, q cerca me haces tanto daño (la necesito)
2025-08-25 15:27:33
47
yo_00079
ˣⁱᵐᵉ-ᶜᵒᵇᵒˢ :
SI TU FUISTE EL PRIMERO EN DEJARME DE AMAAAAARRR 😔
2025-09-09 21:33:42
44
cs_angieee
angiiii💋💋 :
y ahora la entiendo ami mama cuando ponia estos temazos😔
2025-08-18 03:14:56
40
c.munguia0
️ :
“Lastimarnos ya no tiene caso”
2025-08-29 01:34:44
33
brend_aaly_05
brend_aaly_0501 :
quedate ahiiiiiiii q cerca me hces tanto daño dejma aquiii en dond em rompiste en dos el corazon y a ti no te importoooo
2025-08-13 07:12:20
32
aleejanndrra
Sabrina Alejandra :
SI TÚ FUISTE EL PRIMERO EN DEJARME DE AMAR
2025-08-28 03:04:52
31
aylingrifo
:) :
Esa Noo
2025-08-24 05:52:35
30
rociooviedoo_
Rocio Oviedo :
2025-08-23 03:16:02
29
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total german victory🇩🇪🇻🇦 Graham’s number is one of the largest numbers ever used in a serious mathematical proof. It was defined by mathematician Ronald Graham in the 1970s while working on a problem in Ramsey theory. Why does it exist? Ramsey theory asks questions like: “How big does a structure have to be before a certain pattern must appear, no matter how you try to avoid it?” Graham was looking at a specific problem involving hypercubes (higher-dimensional cubes) and coloring their edges with two colors (say, red and blue). He wanted the smallest dimension n such that any 2-coloring of the edges of an n-dimensional hypercube is guaranteed to contain a monochromatic planar square (four corners all connected by the same color). The exact number that solves this problem is unknown, but Graham proved that it must be smaller than a certain ridiculously huge number — now called Graham’s number (often denoted G). He also showed it has to be at least 11 (later improved slightly by others). So G is an upper bound, not the exact answer. How big is it, really? Extremely big. To give you perspective: •  The observable universe has roughly 10^80 atoms. •  A googol is 10^100. •  A googolplex is 10^(10^100). •  Even numbers like TREE(3) or the Busy Beaver function grow faster, but Graham’s number was (for a while) the record-holder for “largest number used in a proof.” You literally cannot write Graham’s number down in ordinary decimal notation — there aren’t enough particles in the universe to store all its digits. In fact, you can’t even write the number of digits of Graham’s number using ordinary notation.  #germany #germany🇩🇪 #edit #History #nationalist
total german victory🇩🇪🇻🇦 Graham’s number is one of the largest numbers ever used in a serious mathematical proof. It was defined by mathematician Ronald Graham in the 1970s while working on a problem in Ramsey theory. Why does it exist? Ramsey theory asks questions like: “How big does a structure have to be before a certain pattern must appear, no matter how you try to avoid it?” Graham was looking at a specific problem involving hypercubes (higher-dimensional cubes) and coloring their edges with two colors (say, red and blue). He wanted the smallest dimension n such that any 2-coloring of the edges of an n-dimensional hypercube is guaranteed to contain a monochromatic planar square (four corners all connected by the same color). The exact number that solves this problem is unknown, but Graham proved that it must be smaller than a certain ridiculously huge number — now called Graham’s number (often denoted G). He also showed it has to be at least 11 (later improved slightly by others). So G is an upper bound, not the exact answer. How big is it, really? Extremely big. To give you perspective: • The observable universe has roughly 10^80 atoms. • A googol is 10^100. • A googolplex is 10^(10^100). • Even numbers like TREE(3) or the Busy Beaver function grow faster, but Graham’s number was (for a while) the record-holder for “largest number used in a proof.” You literally cannot write Graham’s number down in ordinary decimal notation — there aren’t enough particles in the universe to store all its digits. In fact, you can’t even write the number of digits of Graham’s number using ordinary notation. #germany #germany🇩🇪 #edit #History #nationalist

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