#horizontalgravity search results
When i seep with socks on they always fall off #horizontalGravity
A shout out to our @GraceChurchIN Covenant Community. Oh boy do you not want to miss tonight’s meeting at our 146th St campus! So excited to see you all, share some great news and get your insights on our future! #horizontalgravity
Just love leading our membership class (Covenant Community). People anxious to dig in @GraceChurchIN #horizontalgravity
In every direction the viewer faces there will be curvature. That’s how a horizon works. 😂😂😂 Don’t be silly. Think 💭
If you apply a horizonal force directly to the mass they will both begin to move approximately like a pendulum.
Yes, celestial navigation does use the local horizontal horizon as a reference for measuring altitudes (90° to zenith). I mentioned it in the context of the approximation, but the overall system still incorporates Earth's curvature for accurate positioning over distances.
Don't strawman me. So horizontal is used at the surface, z axis from the surface fundamental. Horizon utilized for l.o.p
リアルな合成音声とAI生成画像との相乗効果で楽しく英単語が覚えられるUTA-TAN Shortシリーズ、今日の単語は “horizontal” （水平の・横の / 水平であること・水平方向の位置にあるもの）です。ちなみに "horizontal line"は「水平方向の線」、"horizon"は「水平線」です。 youtube.com/shorts/eUI5HeI…
youtube.com
YouTube
英単語 “horizontal” を楽しく覚えよう！UTA-TAN #英単語 #英検2級 #shorts
Vertical vs Horizontal Test. Feedback Appreciated. youtube.com/live/wwuHTwOQO… via @YouTube
youtube.com
YouTube
Vertical vs Horizontal Test. Feedback Appreciated.
In reality, horizontal is parallel to the horizon as shown. Horizontal Parallel to the surface is a great concession
Horizontal is parallel to the Horizon. Just show how this works on your bowling ball. Imagining tiny people on a bowling ball isn't it. Show Horizontal parallel to a curve.
Except horizontal is parallel to the horizon Can you demonstrate that on your bowling ball
The horizon isn't at the horizontal, trin. And how do you the artificial horizon is established? It uses the direction things fall, and goes 90° from that. The horizontal is always defined by the vertical.
Same goes for the sky and earth, which are of course parallel to each other. They will meet on a point in the distance: the horizon. On a globe, the horizon will be below the horizontal plane, due to the curvature.
On perspective: the horizon will be on the horizontal plane for the same reason that standing between railroad tracks, you always see the tracks converging into a point in the distance. Same with the electric wires above the tracks. Converging into the same point.
Nobody claims there will be curvature visible to the naked eye. Better is to bring a spirit level and observe the horizon is, in fact, below the horizontal plane. On a flat earth the horizon will always be on the horizontal plane, due to perspective.
Sun, Moon (circled) and stars over a horizontal motionless Earth. There is NO Earth curvature in reality.
It’s really just this simple, doesn’t get much clearer, Flerfs. The horizon is an effect of curvature. Literally seeing that sharp line called the horizon debunks your flat earth nonsense. On a globe this is exactly what curvature does. On a flat plane the bottoms of objects…
Horizontal - perpendicular to the vertical. Level - perpendicular to the vertical.
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