Éclat Brillant
Region: DO
Thursday 08 January 2026 14:11:44 GMT
2484502
100409
4249
7385
Music
Download
Comments
Bruna :
Mezanmiiiiii 😁😁😁 mw pap kita ti keïsha tiyem nn
2026-01-08 15:23:24
6
MickaFashion Store.SHEIN🛍️🛒 :
Sam renmn avel anba bwal toujou byn raaze 😩
2026-01-08 19:34:24
1435
Tika❤ :
u pat mnm bezwn travail vidéo lit ka remet u 'l konsa😂😂😂
2026-01-08 17:45:05
5016
KELLY BOUTIQUE FLOW 🛍️TRF :
eskel gen mari??
2026-01-08 18:09:48
1024
sysy .D :
ki yès ki wè videyo a travay menm jan avèm
2026-01-09 02:11:48
1067
Wood 286 :
Moun kap li post mw an ke bondye beniw🙏🙏
2026-01-09 07:06:09
2450
Christella.gro.k.o.k.o.💦 :
ou gen pouwé li gen règ lila wi😂😂😂
2026-01-08 17:47:37
446
AZOO OFFICIEL ♑ :
piga son application non 😂
2026-01-09 03:22:50
103
Kerly :
Ou pat bezwen travay li🤣🤣li ka remèt sa
2026-01-09 18:10:40
72
Mrs sassoo🇭🇹🇰🇷🇩🇴 사수 부인 :
Nou wèm bèl 😩🤣
2026-01-09 17:36:45
28
SKEN~G🥷🏾🦁 :
Un vrai TikToker ne termine jamais une vidéo sans lire les commentaires. Salut collègue, Que Dieu te bénisse 😂🤣😂
2026-01-09 01:52:38
168
John CENA :
kijan men dwat la antre nan tet li konsa😂
2026-01-10 15:47:06
9
user07804985428 :
wawww mezanmi ooooo jeziiiiii 🤣🤣🤣🤣🤣
2026-01-13 02:30:23
6
𓃵Benrood𓃵 :
Tanpri manman😂
2026-01-10 19:38:04
6
Master the Best officiel :
Sa son application sa paka reyel 😂😂
2026-01-09 23:14:37
6
Al360🇭🇹 :
Bondye beni tout mun kap li post sa🙏🙏
2026-01-10 21:34:15
5
Jamesley Joseph :
son réincarnation 😂😂
2026-01-23 15:24:35
6
T-Marc😌 :
Mezanmi 😭😹😹
2026-01-08 22:40:19
7
user8147968837878 :
@merci manman
2026-01-11 00:39:23
5
Guess +✌️ :
Kounya mw resi knprann: x² da y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx19 V = x [-x-12 y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx 19 V = x [-x-12x3-7 y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32 9 - x² y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (X4 - 19x2 - 14x + 32) dx19 V = x [-x-12 y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx 19 V = x [-x-12x3-7 y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) como saben 9 - x² produce y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx19 V = x [-x-12 y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx 19 V = x [-x-12x3-7 y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14X + 32) dx19 V = x [-x-12 y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) dx 19 V = x [-x-12x3-7 y = x + 79 - x² = x + 7 Entonces x = 1 y x = -2 V = π112 (9-x2) ² - (x + 7) 2dx V = π12 (x4-18x² + 81) - (x² + 14x + 49) dx V = pi / 12 (x4 - 19x2 - 14x + 32) =pi x(192945)+1943=0
2026-01-09 05:08:06
34
Paul michelove 🥰🥰🥰 :
Mw te konn goumen avèl ui lèm tap fè Ns1😒
2026-01-08 19:46:30
79
david-off :
Li pa vann akasan bo simtye douya anko
2026-01-09 02:35:06
5
Ni zanj ni demon ♍ :
tanl fimen bòz🤣🤣🤣🤣
2026-01-08 19:49:53
17
yonelSeptember :
banm di nou yon bagay
2026-01-08 19:57:45
102
To see more videos from user @eclatbrillante, please go to the Tikwm
homepage.
