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@tubieemama: I said, what I said👏🏾🤤💖✨ #tiktokviral #tiktok #facts #momoftwo #specialneedsmom

Anisa tinka
Anisa tinka
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Tuesday 07 October 2025 14:24:25 GMT
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spooky.taurus
Iesha🩶 :
2025-10-09 20:11:28
1
jhardyboyd
Jen 🌵 :
Amen girl
2025-10-08 23:42:47
1
domesticatingdana
DomesticatingDana :
Facts
2025-10-08 19:50:12
1
rawandrealg
Raw&RealG🧩 SpecialNeedsAdv✨️ :
Period !! 🔥
2025-10-08 17:05:13
1
malia_thepdxesthetician
Malia | Portland Facial + Brow :
2025-10-09 03:49:48
1
tubieemama
Anisa tinka :
I see no lies 💯
2025-10-07 14:24:51
1
violetbabi86
Jess Thomas | 🧩 Momma :
Period. !
2025-10-13 16:48:33
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#وينكم_ياربعين_قريب_ادعو_لي_بذريه💔😔 #نواعير_هيت_الأنبار #عذراء_الفرات #جماعة_التوكتوك #اكسبلورexplore
#وينكم_ياربعين_قريب_ادعو_لي_بذريه💔😔 #نواعير_هيت_الأنبار #عذراء_الفرات #جماعة_التوكتوك #اكسبلورexplore
Newton’s Law of Inertia tells us that an object in motion will keep moving in a straight line at the same speed unless acted on by an external force. In space, where there’s no air or friction, motion continues endlessly. On Earth, friction and air resistance slow things down — but the principle remains the same: motion doesn’t stop by itself. ✅ Inertia = resistance to change in motion ✅ Motion continues unless an external force acts ✅ Everyday proof: sliding objects, moving vehicles, falling apples ✅ The foundation of Newtonian mechanics 🚀 From planets orbiting the Sun to a ball rolling on the ground, inertia is the invisible law that governs motion everywhere. 📍 Concept: Newton’s Law of Inertia 🔬 Tech: Mechanics, Force, Motion #Newton #Inertia #PhysicsInLife #LawsOfMotion #ClassicalMechanics
Newton’s Law of Inertia tells us that an object in motion will keep moving in a straight line at the same speed unless acted on by an external force. In space, where there’s no air or friction, motion continues endlessly. On Earth, friction and air resistance slow things down — but the principle remains the same: motion doesn’t stop by itself. ✅ Inertia = resistance to change in motion ✅ Motion continues unless an external force acts ✅ Everyday proof: sliding objects, moving vehicles, falling apples ✅ The foundation of Newtonian mechanics 🚀 From planets orbiting the Sun to a ball rolling on the ground, inertia is the invisible law that governs motion everywhere. 📍 Concept: Newton’s Law of Inertia 🔬 Tech: Mechanics, Force, Motion #Newton #Inertia #PhysicsInLife #LawsOfMotion #ClassicalMechanics
An elastic collision is a type of collision where both momentum and kinetic energy are conserved. This means that after two objects collide, they bounce off each other with no loss of energy to heat, sound, or deformation. Instead, the energy is transferred cleanly from one object to another. We can see a clear example of this in a well-known physics demonstration involving two suspended bowling balls. In this setup, one ball is pulled back and released. It swings forward, collides with the second ball and stops, while the second ball swings away with nearly the same speed. This is a near-perfect elastic collision: momentum and energy move through the system without loss. (There is energy loss in sound heat and friction but let's think of it in a perfect vacuum). Another example is the Newton’s Cradle. Pull one ball back, and only the ball on the opposite end moves after it hits. The balls in the center are transferring the energy and momentum. Both examples are tied directly to Newton’s Third Law: For every action, there is an equal and opposite reaction. When one object pushes on another, the second pushes back with equal force in the opposite direction. In an elastic collision, this law (along with the conservation of momentum) explains why energy is transferred so efficiently and symmetrically. --- 💡 Learn More: Elastic Collisions - Britannica https://www.britannica.com/science/elastic-collision [Sources] (🎞 Dan Burns) (🎞 Physics Demos) (🎞 Teacher Source) (🎼 Untitled#13 - glwzbll) (✍️ Description) 1. The Physics Classroom (2023). Momentum and Collisions. 2. American Association of Physics Teachers – Demo Collection. --- Follow @science.sbmedia to keep the curiosity alive! 🪐🔭 #ElasticCollision #BowlingBallPhysics #NewtonsCradle #MomentumTransfer
An elastic collision is a type of collision where both momentum and kinetic energy are conserved. This means that after two objects collide, they bounce off each other with no loss of energy to heat, sound, or deformation. Instead, the energy is transferred cleanly from one object to another. We can see a clear example of this in a well-known physics demonstration involving two suspended bowling balls. In this setup, one ball is pulled back and released. It swings forward, collides with the second ball and stops, while the second ball swings away with nearly the same speed. This is a near-perfect elastic collision: momentum and energy move through the system without loss. (There is energy loss in sound heat and friction but let's think of it in a perfect vacuum). Another example is the Newton’s Cradle. Pull one ball back, and only the ball on the opposite end moves after it hits. The balls in the center are transferring the energy and momentum. Both examples are tied directly to Newton’s Third Law: For every action, there is an equal and opposite reaction. When one object pushes on another, the second pushes back with equal force in the opposite direction. In an elastic collision, this law (along with the conservation of momentum) explains why energy is transferred so efficiently and symmetrically. --- 💡 Learn More: Elastic Collisions - Britannica https://www.britannica.com/science/elastic-collision [Sources] (🎞 Dan Burns) (🎞 Physics Demos) (🎞 Teacher Source) (🎼 Untitled#13 - glwzbll) (✍️ Description) 1. The Physics Classroom (2023). Momentum and Collisions. 2. American Association of Physics Teachers – Demo Collection. --- Follow @science.sbmedia to keep the curiosity alive! 🪐🔭 #ElasticCollision #BowlingBallPhysics #NewtonsCradle #MomentumTransfer
O que vocês acham? #culpatuya #gabrielguevara #nicolewallace #culpanuestra #culpamia
O que vocês acham? #culpatuya #gabrielguevara #nicolewallace #culpanuestra #culpamia
Reply to @justin_danger_nunley Not so fast @𝘔𝘺𝘢𝘵𝘵 𝘚𝘯𝘪𝘥𝘦𝘳….
Reply to @justin_danger_nunley Not so fast @𝘔𝘺𝘢𝘵𝘵 𝘚𝘯𝘪𝘥𝘦𝘳….

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