@renegul8808: Antes de empezar stream

Renegul8808
Renegul8808
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Region: MX
Friday 20 September 2024 04:03:54 GMT
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angelwbll
Ángel Soto :
pregunta seria, si se supone que René tiene carrera por qué no sabe inglés? te lo piden para titularte no?
2024-09-20 04:18:00
202
danny_ag11
Daniel Aguilar :
es Ged redi wit mi
2024-09-21 01:16:11
6
morales9902
Morales Tona :
strin?😂
2024-09-21 03:47:39
0
lian8006
lian :
gg bro
2024-09-20 04:06:56
0
alanmccartneymc
Alanmccartney :
Recordadogul gg
2024-09-20 04:07:40
1608
starflow0001
$𝙩𝙖𝙧𝙛𝙡𝙤𝙬 :
No fuera el zair por que le pagas su curso de inglés papá ff
2024-09-20 04:09:20
1062
rizzyneutron45
Rizzy Neutron :
Antes de farmear
2024-09-20 04:17:42
705
juggermanu
JuggerManu :
Gente, sin afán de molestar, pero que tiene renegul?
2024-09-20 05:16:28
62
jhonbabay
Butcher :
Una pregunta, que es lo que tiene René?
2024-09-20 04:15:03
63
frxncisco_flores
♛ :
Olvidado haciendo gedrediwudmy ❤️
2024-09-20 04:42:06
221
rubenale69
RubenAle69 :
Por dónde haces stream?
2024-09-20 04:18:25
39
adrianrh22
adrianrh22 :
Ponle camuflaje de escopeta a la hilux papa gg
2024-09-20 04:24:26
178
rodrigo.rivera828
Rodrigo Rivera :
no fuera el pizzair por qué hasta les haces un stream y le compras 10 playeras papá ff
2024-09-20 04:05:52
88
flak02835
erniedsvfkr :
Se pronuncia “Get ruery wit mii” mas o menos 😅😅
2024-09-20 05:08:16
38
lpzjona
LPZJONA :
Siempre pregunta como se dice JAJJA
2024-09-20 04:30:27
68
megustaelfoco
ूाीू :
Que síndrome, discapacidad o problemas psicológico tiene René?
2024-09-20 20:07:24
6
ign_415
N.3D4 :
Primero gg ff papá
2024-09-20 04:04:53
54
caza_pvtas.42
CazaPvtas42 :
Get ready whit me o como se pronuncia yo tampoco sabo inglés
2024-09-20 04:22:37
7
emilioo__ns
ᴛʜ3ⁿᵒᵇᵒᵈʸʸ :
Recordadogul yiyi
2024-09-20 04:18:00
7
royayala98
royayala98 :
Es Batista?
2024-09-20 06:57:35
7
jairo17pv
Jairo PV :
esa es crema casera papá??
2024-09-20 04:11:02
7
serratoss_
Leonardo Serratos :
Es crema casera papá?
2024-09-20 15:52:09
5
mono_con_5_de
Mono con 5+ de proteccion :
como anillo al dedo esa playera de messi con estos calores
2024-09-20 04:21:24
5
antonioh314
Antonio H359 :
que tiene Renegul?
2024-09-20 05:54:18
1
yoenlaferiaviendo
Caleb jojo fan 🤑 :
get redi wit mi Haci de dice pero se escribe get redy with my
2024-09-20 04:21:30
2
To see more videos from user @renegul8808, please go to the Tikwm homepage.

Other Videos

#duet with @Leoangel  +1 Army ants, specifically, are known for their remarkable ability to build living bridges using their own bodies. They achieve this through a fascinating collective behavior that doesn't require a central leader or complex communication.  How it works: 1. Stimulus and Trigger: When army ants encounter a gap or obstacle, like a stream or a break in their foraging path, they instinctively start to form a bridge.  2. Chain Reaction: The first ant to cross the gap will likely fall, triggering other ants to link themselves together to bridge the gap.  3. Self-Assembly: As more ants join, the bridge extends and strengthens, allowing other ants to cross safely.  4. Dynamic Adjustment: The bridge isn't static; it adapts to the changing needs of the colony. If traffic flow changes, the bridge can shift or adjust its shape to optimize the path.  5. Cost-Benefit Analysis: The ants seem to weigh the cost of building a bridge (distracting workers from foraging) against the benefit of a shorter path, optimizing their collective effort.  Key Principles: Simple Rules, Complex Behavior: Individual ants follow simple rules (freeze when feeling others on their back, step over if possible) that lead to the emergent behavior of bridge-building.  Distributed Intelligence: The bridge-building behavior arises from the collective interactions of individual ants, not from a central command.  Dynamic Adaptation: The bridges can adapt to changing conditions, adjusting their shape and size based on the flow of traffic and the environment.  Implications: Inspiration for Robotics: The ants' bridge-building behavior has inspired researchers in robotics to develop robots that can self-assemble and cooperate to build structures. Understanding Collective Intelligence: Studying ants' bridge-building helps scientists understand how simple organisms can achieve complex tasks through collective intelligence.
#duet with @Leoangel +1 Army ants, specifically, are known for their remarkable ability to build living bridges using their own bodies. They achieve this through a fascinating collective behavior that doesn't require a central leader or complex communication. How it works: 1. Stimulus and Trigger: When army ants encounter a gap or obstacle, like a stream or a break in their foraging path, they instinctively start to form a bridge. 2. Chain Reaction: The first ant to cross the gap will likely fall, triggering other ants to link themselves together to bridge the gap. 3. Self-Assembly: As more ants join, the bridge extends and strengthens, allowing other ants to cross safely. 4. Dynamic Adjustment: The bridge isn't static; it adapts to the changing needs of the colony. If traffic flow changes, the bridge can shift or adjust its shape to optimize the path. 5. Cost-Benefit Analysis: The ants seem to weigh the cost of building a bridge (distracting workers from foraging) against the benefit of a shorter path, optimizing their collective effort. Key Principles: Simple Rules, Complex Behavior: Individual ants follow simple rules (freeze when feeling others on their back, step over if possible) that lead to the emergent behavior of bridge-building. Distributed Intelligence: The bridge-building behavior arises from the collective interactions of individual ants, not from a central command. Dynamic Adaptation: The bridges can adapt to changing conditions, adjusting their shape and size based on the flow of traffic and the environment. Implications: Inspiration for Robotics: The ants' bridge-building behavior has inspired researchers in robotics to develop robots that can self-assemble and cooperate to build structures. Understanding Collective Intelligence: Studying ants' bridge-building helps scientists understand how simple organisms can achieve complex tasks through collective intelligence.

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