@youngzynna: #fyp #youngzynna

youngzynna
youngzynna
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Friday 06 November 2026 01:09:03 GMT
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christian.slywalker3
Bladee Slywalker :
the uvula part …. He’s technically not wrong 😂
2026-11-07 10:14:39
968
andrew.nester1
Andrew🧑‍🎄🎁 :
uhhh this might be me
2026-11-06 23:31:37
505
48babyee
EbkStack :
Well hello there
2026-11-07 11:01:25
308
ananiasevans
Reaper Ni :
“Not me” ayooooo!
2026-11-07 20:25:59
33
braysdreamville
braysdreamville :
Overly
2026-11-09 05:52:52
0
inspector_twitch
CreamyPineapples :
I Had one 😭✌️
2026-11-08 21:53:35
1
that0three3500
HunterLb :
This one me
2026-11-08 18:44:39
6
pickle.rick0253
Pickle Rick :
Chowder is the best I think that’s his name
2026-11-08 01:35:49
2
user76594323
kyleigh ♡ :
i love this movie🤣🤣🤣🤣🤣
2026-11-07 15:16:57
6
ronindowning8
ronindowning8 :
this is low key me
2026-11-07 17:17:10
6
usernotactive305
Usernotactive :
This might be me
2026-11-07 14:33:51
4
639.ntmm
639.ntmm :
At ab
2026-11-08 01:36:16
1
kardinalsunshine
KardinalSunshine :
I’m that hb
2026-11-09 04:19:22
1
dylan.lipske
Dylan lipske :
This is me
2026-11-07 05:05:45
7
shamirparker68
Shamir parker :
Everyone has one… Not meee🤣🤣🤣🤣
2026-11-07 18:59:30
5
ladybitlzem1
𝓗onesty👩🏾‍🦯. :
Wait steal drugs 😦
2026-11-08 04:13:59
3
antywone.white5
Unknowntwon :
Not all
2026-11-07 19:49:41
2
keygon2
keygon❤️🏈 :
Me
2026-11-07 04:37:54
2
ken2smart
Ken :
Me
2026-11-07 14:10:21
1
tayloreyster465
tayloreyster465 :
Me
2026-11-08 02:28:29
1
realkingmaineee03
Realkingmainee03🇯🇲 :
This is me😭
2026-11-07 18:36:09
1
k5daonee
k5daonee :
Guilty
2026-11-07 16:42:13
2
deeworstt
$teeze :
Swea
2026-11-07 13:16:12
1
k.charle.s
Ken :
As soon as they get a girl too bruh
2026-11-08 01:59:47
1
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Other Videos

Understanding the Shaking: Why the Ring of Fire and the Philippines Move --- Caption:  Welcome to the Pacific Ring of Fire. At its busiest intersection sits the Philippines, trapped in a relentless tectonic squeeze. Squeezed from the east, pushed from the west, and fractured down the middle—this is the incredible, high-impact science behind why our islands never stop moving. ​Watch to see how deep underground forces shape the world above our feet. 👇 --- Hashtags: ​#EarthquakeScience #RingOfFire #PhilippineGeology --- The geological forces that cause earthquakes in the Pacific Ring of Fire and specifically within the Philippine archipelago are deeply connected. Both regions owe their extreme seismic activity to the constant, powerful interactions of the Earth's tectonic plates. 1. The Global Picture: The Pacific Ring of Fire The
Understanding the Shaking: Why the Ring of Fire and the Philippines Move --- Caption: Welcome to the Pacific Ring of Fire. At its busiest intersection sits the Philippines, trapped in a relentless tectonic squeeze. Squeezed from the east, pushed from the west, and fractured down the middle—this is the incredible, high-impact science behind why our islands never stop moving. ​Watch to see how deep underground forces shape the world above our feet. 👇 --- Hashtags: ​#EarthquakeScience #RingOfFire #PhilippineGeology --- The geological forces that cause earthquakes in the Pacific Ring of Fire and specifically within the Philippine archipelago are deeply connected. Both regions owe their extreme seismic activity to the constant, powerful interactions of the Earth's tectonic plates. 1. The Global Picture: The Pacific Ring of Fire The "Pacific Ring of Fire" is a 25,000-mile horseshoe-shaped band wrapping around the Pacific Ocean basin. It is home to roughly 90% of the world's earthquakes. The primary cause of earthquakes here is "Subduction": The oceanic plates forming the Pacific floor (like the massive Pacific Plate) are older, colder, and much denser than the lighter continental plates surrounding them. Driven by a gravity-powered process called "slab pull", these oceanic plates slide downward, plunging into the Earth’s hot mantle beneath the continents. As these gargantuan slabs scrape, bend, and force their way down, they get stuck due to immense friction. Stress builds up over decades or centuries. When the rock finally snaps to release that stress, a high-impact earthquake occurs. 2. The Local Crucible: Why the Philippines Never Stops Shaking If the Ring of Fire is a highway of seismic activity, the "Philippines sits right at its busiest intersection". The country is wedged within a highly active, unstable zone called the "Philippine Mobile Belt'. Unlike regions facing just one plate boundary, the Philippine archipelago is squeezed from both sides by multiple competing tectonic forces. A. Double Subduction Zones (The Squeeze) The Philippines is uniquely trapped in a tectonic vise, being actively subducted from both the east and the west: From the East: The heavy "Philippine Sea Plate" is diving westward directly beneath the islands. This has torn open the deep "Philippine Trench" and East Luzon Trench, triggering massive, deep-seated offshore earthquakes. From the West: The "Sunda Plate" (part of the Eurasian plate system) is shoving its way eastward underneath the islands along a series of western trenches: the Manila Trench, Negros Trench, and Cotabato Trench. This triggers frequent shallow to intermediate-depth quakes. B. Inland Fault Systems (The Splitting) Because the islands are being compressed heavily from both sides, the landmass itself is fracturing to relieve the pressure. The Philippine Fault System: This is a massive, 1,200-kilometer-long strike-slip fault that cuts completely across the archipelago from Luzon all the way down through Mindanao. As the country is squeezed, the left and right sides of this fault slide horizontally past each other, causing frequent, highly destructive inland ground shaking. Active Local Fault Lines: Branching off the main system are hundreds of smaller, highly hazardous active faults. Examples include the "Marikina Valley Fault System" threatening Metro Manila and the "Cotabato Fault System" in Mindanao, both born from these complex structural pressures. C. Volcanic Earthquakes Because subduction introduces water and melting rock into the mantle, magma rises to create chains of active volcanoes (like Mayon and Taal). As magma forces its way up through the crust, it fractures the surrounding rock, causing localized but intense "volcanic earthquake swarms" before or during eruptions. Summary Checklist of Causes Slab Pull: Gravity dragging oceanic plates down into the mantle. Frictional Lock: Plates getting jammed as they slide past or under one another, snapping violently once the stress exceeds the rock st

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