A Child of the Most High

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A Child of the Most High

A Child of the Most High

@akinghascome

It's me. In disguise. I was here before. You know me, you do! ✝️Christen in woord en daad 🧐33e graad Complonaut

follow me I follow you Inscrit le Ekim 2024
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A Child of the Most High
A Child of the Most High@akinghascome·
Ik kan, en doorsta alles, door Hem die mij liefheeft. Hij geeft mij Kracht en Macht. Hij, de Vader, de Schepper van al wat leeft.
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A Child of the Most High retweeté
Grock-o-naught
Grock-o-naught@Jay2three·
@idropFbombs I have an idea,, let's create a globe made of metal ,magnetize some water to create the effects of gravity,then put it on the globe, maybe in a vacuum chamber and spin it. Yes a small scale model
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Michiel Goud
Michiel Goud@MichielGou55655·
Romeo’s zijn anonieme politiemannen met de opdracht zwaar vuurwerk te gooien, zodat het draaiboek kan worden uitgerold. 40/45, de zwarte politie.
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Superjan
Superjan@superjan·
Nog eentje dan.
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DolphinSuperBowlisComing
DolphinSuperBowlisComing@TheHeretic7051·
Fill a clear tank or glass with water. Add a few drops of milk (or soap) until it’s slightly cloudy. Shine a bright flashlight or green laser pointer through one side in a dark room. Look from the side — you’ll see the beam scatter blue-ish light. From the end of the tank, the light looks reddish (like a sunset). What it shows: Sunlight scatters off air molecules/dust in Earth’s atmosphere (Rayleigh scattering), lighting up the whole sky. In the near-perfect vacuum of space, there’s almost nothing to scatter off, so sunlight travels in straight lines and the background stays black unless you’re looking directly at the Sun, Earth, Moon, or ISS. Exactly what the ISS cameras show.
This is a standard high-school physics lab (often called the “blue sky in a jar” experiment).
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Superjan
Superjan@superjan·
Dank voor alle lieve reacties. Ik kan het even niet opbrengen jullie allemaal te bedanken. Het komt veel harder aan dan ik dacht. #Beer
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A Child of the Most High
A Child of the Most High@akinghascome·
@flatsmackin Imagine if by accident their hair goes in the toilet-sucker where they put their penises and vaginas in. And that thing goes on turbo. It would be a bloodbath.
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DemonstrableReality
DemonstrableReality@flatsmackin·
This is beyond ridiculous. Why wouldn’t they have to shave their heads? All that hair floating around, getting in the electrical equipment.
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A Child of the Most High retweeté
arno
arno@arno40745293·
Dit dus; hoe duidelijk wil je het hebben😢👊👍
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A Child of the Most High
A Child of the Most High@akinghascome·
@lidewij_devos Gefeliciteerd en heel veel geluk met jullie aankomende wonder! 👶🙏 "Weet dat je een wonder bent, een wonder uit Gods hand. Je bent in het verborgene geweven door een kunstige Meesterhand".
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Lidewij de Vos
Lidewij de Vos@lidewij_devos·
Dankbaar, nieuwsgierig, ontroerd, en met trots en zoveel liefde kunnen Massimo en ik vandaag bekendmaken dat wij in blijde verwachting zijn van het kleinste grootste geluk. ❤️❤️❤️ Wij verwachten ons kindje in september. Tot het zomerreces zal ik aan het werk blijven in de Kamer. Na het reces neem ik een paar maanden zwangerschapsverlof. Heel veel dank aan alle dierbaren om ons heen van wie wij de afgelopen tijd al zoveel lieve berichten en wensen hebben mogen ontvangen.
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Superjan
Superjan@superjan·
Dag meisje. Slaap lekker.
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A Child of the Most High
A Child of the Most High@akinghascome·
Hoe kunnen mensen zo naïef zijn om te denken dat iedereen, ook de overheid, het beste met ze voor heeft en dat niemand liegt? Die mensen hebben nooit iets meegemaakt zeker, kan niet anders.
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A Child of the Most High
A Child of the Most High@akinghascome·
@kylas610 Where did it go? Explode? Is it burned up in the air and the remains fallen in the ocean, and is that why there is absolutely nothing to see at the end?
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Kyle L
Kyle L@kylas610·
Wake up! This is exactly what they don't want you to notice. Artemis 2 didn't go "to space" at all. It launched, then immediately veered off sideways straight toward the Bermuda Triangle. Everything you see after that? Pure fabrication Al generated visuals and studio footage designed to sell the illusion that they're floating around in some fake outer space. It's all a production, not a mission, but an illusion. This is proof.
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A Child of the Most High
A Child of the Most High@akinghascome·
@TheHeretic7051 @BrockRiddickIFB Well mister, that all sounds really very scientific and brainwashed. As predicted. Like if you've heard this somewhere, at school? Ha! They are liars. For your information: I am not buying it! I still have my own brains. Thank you.
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DolphinSuperBowlisComing
DolphinSuperBowlisComing@TheHeretic7051·
This is not “just because.” It’s basic physics of light in a vacuum: • Sunlight is a stream of photons traveling in perfectly straight lines through empty space (near-perfect vacuum). • You only see light when photons hit something and scatter or reflect toward your eyes. • On Earth, the atmosphere is full of gas molecules and dust. Sunlight scatters in all directions (Rayleigh scattering), so the whole sky glows blue during the day. • In space: nothing to scatter off. The background remains black unless you’re looking directly at the Sun, a star, or an illuminated object (Earth, Moon, ISS hull, etc.). Astronauts on the ISS confirm this every day. When the Sun is behind the camera or out of frame, the surrounding space looks black — exactly as predicted. This isn’t a flaw; it’s exactly what vacuum physics requires. The Moon is lit up by the Sun — just not as brightly as Earth appears. The Sun illuminates the Moon and Earth with the same intensity of sunlight (the solar constant at this distance is ~1366 W/m² for both). The difference is albedo (how much light they reflect): • Moon albedo ≈ 0.12 (only 12% reflected — it’s dark, rocky dust). • Earth albedo ≈ 0.30–0.37 (30–37% reflected — thanks to bright clouds, oceans, ice, and atmosphere). Result: Earth looks much brighter from space. The Moon is still fully lit when the Sun hits it (we see a brilliant full Moon from Earth), but it doesn’t reflect as much light back. No conspiracy — just different surface properties. Photos from ISS or Apollo missions show the Moon clearly illuminated whenever it’s in sunlight. The “248 °F” temperature is not a gotcha — it’s exactly what physics predicts. 248 °F is roughly the equilibrium temperature of a sun-facing surface in Earth orbit or on the Moon’s equator at midday. • In vacuum, there’s no air for convection or conduction. Heat transfer is only by radiation. • An object absorbs sunlight and radiates heat until it balances out. • Sunlit surfaces (ISS panels, Moon, satellites) routinely hit 200–250+ °F. • Shaded sides drop to –200 °F or colder. The ISS has active thermal control systems (radiators, insulation, ammonia loops) precisely because of this. The number isn’t some “lie” about space — it’s consistent with radiative equilibrium calculations and real measurements from NASA, ESA, and lunar probes. Nothing here is mysterious or contradictory. The meme (and the sarcastic reply) confuses: • “Why doesn’t sunlight make the empty vacuum glow?” → Because vacuum doesn’t scatter light. • “Why isn’t everything the same brightness?” → Different albedo + viewing geometry. • “But the temperature is hot!” → Yes, exactly as radiative physics requires. My original straight answer was spot-on. The “Ha Ha ha” is just hand-waving at basic optics and thermodynamics that have been understood for over a century. No globe conspiracy needed — just vacuum + reflection + radiation.
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Purple Cushion
Purple Cushion@purplecushionon·
@akinghascome @TheHeretic7051 @BrockRiddickIFB The sun illuminates both, but the moon reflects less light. The space directly outside the ISS is like the rest of space in that there is nothing in it to reflect light (as the above poster explains). Not sure what you claim is 248°F?
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A Child of the Most High
A Child of the Most High@akinghascome·
Inwoners van Loosdrecht protesteerden tegen de komst van 110 alleenstaande mannelijke asielzoekers. Te zien is hoe politie en ME, burgers, jong en oud met de knuppel te lijf gaan, honderden meters van het gemeentehuis vandaan. Nederland politiestaat. #AZC #Loosdrecht
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Nieuws van de Dag
Nieuws van de Dag@Nieuwsvandedag_·
'We stevenen af op een energie- en voedselcrisis', is vanavond de opinie van @mariannezw. Ze maakt zich grote zorgen over de economische toekomst, maar volgens haar dringt het bij de politiek niet door: 'Dit is een elite kabinet met een groene agenda.' #nieuwsvandedag
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