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@somerandomahhdudee: I’ll just kill ypu || #yuji #jujutsukaisen #jjkedit #jujutsukaisenedit #yujijujutsukaisen || Jujutsu Kaisen || Is this tuff

somerandomahhdude
somerandomahhdude
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Region: CA
Sunday 02 August 2026 17:00:07 GMT
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No Watermark .mp4 (0.87MB) No Watermark(HD) .mp4 (0.87MB) Watermark .mp4 (2.15MB) Music .mp3

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user_not._alive
Mo :
em ddydyy. yet. yd.... d. dryydy. dy. dy.. y. dyddyydo
2026-08-02 18:40:34
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#vahows #lyrics #virał #müzik
#vahows #lyrics #virał #müzik
Бегемотик из тг стикеров #3дпечать #3dprinting
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#romantic #video #fouryou #রোমান্টিকমুহূর্ত
#romantic #video #fouryou #রোমান্টিকমুহূর্ত
Gravity isn’t a force pulling things like an invisible rope. It’s what happens when mass changes the shape of space and time around it. In this animation, the large sphere represents a massive object like a planet or star. Its mass curves spacetime more strongly, which is why the grid bends deeper near it. The smaller sphere still bends spacetime, just less, because curvature depends on energy and mass. Nothing is “being dragged” downward, objects simply follow the straightest possible paths through a curved geometry, called geodesics. When the smaller sphere orbits, it isn’t fighting gravity. It’s moving forward while spacetime itself is curved, so its path becomes a loop instead of a straight line. The deeper the curvature, the tighter the orbit. This same idea explains real phenomena: planetary motion, gravitational lensing, and even time running slower near massive objects. Where spacetime bends more, clocks tick differently because space and time are part of one structure. Think of the grid as a visual guide, not a literal fabric. The bending represents how distances and timing change when mass is present. #Physics #GeneralRelativity #Spacetime #gravity #ScienceTok
Gravity isn’t a force pulling things like an invisible rope. It’s what happens when mass changes the shape of space and time around it. In this animation, the large sphere represents a massive object like a planet or star. Its mass curves spacetime more strongly, which is why the grid bends deeper near it. The smaller sphere still bends spacetime, just less, because curvature depends on energy and mass. Nothing is “being dragged” downward, objects simply follow the straightest possible paths through a curved geometry, called geodesics. When the smaller sphere orbits, it isn’t fighting gravity. It’s moving forward while spacetime itself is curved, so its path becomes a loop instead of a straight line. The deeper the curvature, the tighter the orbit. This same idea explains real phenomena: planetary motion, gravitational lensing, and even time running slower near massive objects. Where spacetime bends more, clocks tick differently because space and time are part of one structure. Think of the grid as a visual guide, not a literal fabric. The bending represents how distances and timing change when mass is present. #Physics #GeneralRelativity #Spacetime #gravity #ScienceTok
#متابعه_ولايك_واكسبلور_فضلا_ليس_امر
#متابعه_ولايك_واكسبلور_فضلا_ليس_امر
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