@weird6895: 6 Desember 25 Aceh Tamiang🥀Gak kebayang ini ketinggian banjirnya setinggi apa mobil mobil bisa ke angkat seperti ini dan Rumah rata sama tanah, Mencekam !! #BencanaAceh

weird6895

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Thursday 23 April 2026 13:30:47 GMT

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🌸...🌸 :

1..2..3 this acc has part 2 🎀

2026-04-24 13:31:42

48

mia :

THIS ACCOUNT HAS PART 2

2026-04-25 17:27:52

23

Isa :

They have part 2

2026-04-25 16:07:10

2

herrrrrrrrr :

A b c d e f g this account has a part two

2026-04-25 15:12:45

4

P3rk.Nylaa :

this page has pt 2

2026-04-25 21:47:22

1

⃟ :

In my favs

2026-04-26 02:47:31

0

Abi :

Roses are red eyelets are blue. I’m here to tell you that this account has a part two

2026-04-24 19:16:32

17

DE4D_pumpkin💔 :

Full story at My repost

2026-04-25 13:57:55

63

Nojus.B7 :

This account has p2

2026-04-23 16:20:05

5

￴ ￴ ￴ ￴ ￴ ￴ ￴￴ :

full story in my repost

2026-04-25 16:02:55

4

🪻NORIE🪻 :

Pt2 in my repost

2026-04-25 20:42:46

0

Seungmin🐶 :

This acc has pt2

2026-04-26 01:57:01

0

🌸Leah🌸 :

genuinely wondering how they can have the full cars movie on tick tock but never a full Reddit story

2026-04-25 23:07:16

0

💞 :

i love that we dont even look at these accs to see if they have part 2 cuz they never do😭😭

2026-04-25 22:19:19

0

Queen Rae & The Duke :

this account has both parts

2026-04-25 23:04:11

0

𝑒. :

part 2 in my favs

2026-04-26 10:48:40

0

SarainBlack :

this account actually has part 2, thank god

2026-04-25 17:44:24

0

baseballkidlover :

How did bro not get splinters

2026-04-25 19:18:55

0

mari :

https://vm.tiktok.com/ZNRbNq64m/

2026-04-23 15:27:29

1

Tickle feet licker 😛 :

😁😁😁

2026-04-25 01:02:44

0

.sophie. :

♥️♥️♥️

2026-04-26 00:31:13

0

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Other Videos

Priority setting is fundamental if we want to achieve anything with excellence. If you want to be the best at something, you prioritize it. Simple as that! It’s not different when we talk about muscle growth versus strength. Modern fitness culture has become obsessed with optimization: Optimize strength, hypertrophy, recovery, volume, frequency…but most of the time they don’t have a clear goal. Do you want to have the biggest muscles you possibly could, or be the strongest version of yourself? Optimization always comes with prioritization! And prioritizing one adaptation means another becomes secondary. That’s why strength and hypertrophy — while deeply connected — are not governed by the exact same physiology. Strength training is heavily dependent on: → coordination → force production → motor unit synchronization Elite strength athletes spend so much time practicing movement quality under very heavy loads while carefully managing fatigue. They stay away from muscular failure and focus on constant progressive overload. Meanwhile, hypertrophy training revolves around something very different: creating enough local mechanical tension and recruitment inside the muscle fibers to force adaptation. And one of the best examples of this distinction was the famous Tom Platz vs Dr. Squat battle. Fred Hatfield squatted over 1,000 lbs in his career and hit 855 lbs during the squat-off. Tom Platz hit around 765 lbs — still insanely strong — but nowhere near Hatfield’s absolute strength levels. Yet Platz arguably built the greatest legs bodybuilding has ever seen. Why? Because their training priorities were fundamentally different! Hatfield optimized neurological output and maximal force production. Platz optimized local muscular fatigue, mechanical tension accumulation, and hypertrophy stimulus. Both became incredible at their own specialty! And both saw strength gains and muscle size. Especially when you compare them to the average lifter! This is exactly why this distinction is important for advanced lifters who want to maximize their potential in a specific area, not for the average person in the gym. For most people, the rule is: → getting stronger builds muscle → building muscle increases strength The overlap is massive, more than enough so you don’t have to worry about optimizing everything. This only becomes a major conversation when someone is trying to maximize one adaptation to its absolute ceiling. So if your goal is maximum strength: → prioritize heavy loading, low fatigue accumulation, and technical force expression. If your goal is maximum hypertrophy: → prioritize effective reps, local tension, and proximity to failure. if you simply love lifting: don’t let optimization steal the fun from training! Sources: • Schoenfeld, B. J., et al. (2017). Strength and Hypertrophy Adaptations Between Low- vs. High-Load Resistance Training: A Systematic Review and Meta-analysis. Journal of Strength and Conditioning Research. • Beardsley, C. (2018). Effective Reps: The Science of High-Threshold Motor Unit Recruitment. Strength & Conditioning Research. • Sale, D. G. (1988). Neural adaptation to resistance training. Medicine & Science in Sports & Exercise. • Fry, A. C. (2004). The role of resistance exercise intensity on muscle fibre adaptations. Sports Medicine. #goliathliftzz #hypertrophytraining #strengthtraining #trainhardorgohome #gymknowledge

Priority setting is fundamental if we want to achieve anything with excellence. If you want to be the best at something, you prioritize it. Simple as that! It’s not different when we talk about muscle growth versus strength. Modern fitness culture has become obsessed with optimization: Optimize strength, hypertrophy, recovery, volume, frequency…but most of the time they don’t have a clear goal. Do you want to have the biggest muscles you possibly could, or be the strongest version of yourself? Optimization always comes with prioritization! And prioritizing one adaptation means another becomes secondary. That’s why strength and hypertrophy — while deeply connected — are not governed by the exact same physiology. Strength training is heavily dependent on: → coordination → force production → motor unit synchronization Elite strength athletes spend so much time practicing movement quality under very heavy loads while carefully managing fatigue. They stay away from muscular failure and focus on constant progressive overload. Meanwhile, hypertrophy training revolves around something very different: creating enough local mechanical tension and recruitment inside the muscle fibers to force adaptation. And one of the best examples of this distinction was the famous Tom Platz vs Dr. Squat battle. Fred Hatfield squatted over 1,000 lbs in his career and hit 855 lbs during the squat-off. Tom Platz hit around 765 lbs — still insanely strong — but nowhere near Hatfield’s absolute strength levels. Yet Platz arguably built the greatest legs bodybuilding has ever seen. Why? Because their training priorities were fundamentally different! Hatfield optimized neurological output and maximal force production. Platz optimized local muscular fatigue, mechanical tension accumulation, and hypertrophy stimulus. Both became incredible at their own specialty! And both saw strength gains and muscle size. Especially when you compare them to the average lifter! This is exactly why this distinction is important for advanced lifters who want to maximize their potential in a specific area, not for the average person in the gym. For most people, the rule is: → getting stronger builds muscle → building muscle increases strength The overlap is massive, more than enough so you don’t have to worry about optimizing everything. This only becomes a major conversation when someone is trying to maximize one adaptation to its absolute ceiling. So if your goal is maximum strength: → prioritize heavy loading, low fatigue accumulation, and technical force expression. If your goal is maximum hypertrophy: → prioritize effective reps, local tension, and proximity to failure. if you simply love lifting: don’t let optimization steal the fun from training! Sources: • Schoenfeld, B. J., et al. (2017). Strength and Hypertrophy Adaptations Between Low- vs. High-Load Resistance Training: A Systematic Review and Meta-analysis. Journal of Strength and Conditioning Research. • Beardsley, C. (2018). Effective Reps: The Science of High-Threshold Motor Unit Recruitment. Strength & Conditioning Research. • Sale, D. G. (1988). Neural adaptation to resistance training. Medicine & Science in Sports & Exercise. • Fry, A. C. (2004). The role of resistance exercise intensity on muscle fibre adaptations. Sports Medicine. #goliathliftzz #hypertrophytraining #strengthtraining #trainhardorgohome #gymknowledge

Ahora mi último video de cringe, bye JAJAJA

Ahora mi último video de cringe, bye JAJAJA

Làm mẹ rồi mới thấy... có những thứ phải cần thời gian chứng minh #NutifoodFDI #NutifoodAmerica #BaoChungTuMy #sponsoredbynutifood

Làm mẹ rồi mới thấy... có những thứ phải cần thời gian chứng minh #NutifoodFDI #NutifoodAmerica #BaoChungTuMy #sponsoredbynutifood

#creatorsearchinsights @B_ØSS #creatorsearchinsights

#creatorsearchinsights @B_ØSS #creatorsearchinsights

reze el mejor personaje de csm #fyp #chainsawman #reze #edit #anime

reze el mejor personaje de csm #fyp #chainsawman #reze #edit #anime

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#ipoolgo #ipoolgoswimmingpool #ipoolgoinflatablepool #ipoolgoinflatableabovegroundpool #ipoolgospatub

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