Help with fictional solar system alternate history discussion wireless electricity how it works

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To start off, a lot of the satellites of our gas giants are tidally locked. This means that they always keep the same kushal gas agencies belgaum side pointed toward the primary. Examples of satellites of this form are our Moon, the Galilean moons of Jupiter, Charon and Pluto (tidally locked to each other: nice place for a space elevator, if there were any point), and what people up to a few decades ago thought Mercury was like.

Note that those moons with the right day length are pretty close in. Io, in particular, is so big and so close to Jupiter (which is an utterly massive dynamo) that it ends up surrounded by a formation called a plasma torus, which to my understanding is pretty scary. The scary stuff about Io itself derives from tidal effects, though (see below).

You could also have more frictional electricity examples distant satellites spinning at Earthlike rates. Considering that the Earth is much, much bigger than anything orbiting a planet in our solar system, proposing an ancient capture of an Earth analogue into such a distant orbit where it keeps its spin, etc. might be more plausible than having one in the inner reaches of a gas giant electricity word search’s satellite system. Don’t quote me on this, though; hang around and wiat for an expert.

Now, assuming you want your world to be at Earthlike temperatures, there are basically three options. One, move this gas giant closer to the Sun than any in our solar system. Two, put it in orbit around a brighter star (though this means that there will be a greater proportion of UV radiation around, and the solar system essentially can’t be as old as ours). Three electricity in india first time, use some sort of mechanism to generate heat at the world itself. Tidal heating is great for this.

Jupiter is farther out from the Sun than Mars is, and were itnot for local processes would bee even colder than the gaston y la agrupacion santa fe latter. But the moons of Jupiter, zipping around from one side of the planet to the other in a matter of days, generate tidal effects in each other. For instance, sometimes Jupiter, Io, and Europa are collinear, and the tidal force* of Europa on Io synergizes with that induced by Jupiter. Then Europa 2 chainz smoking on that gas moves away, and Io becomes less stretched. Then their orbits carry them into alignment again. These rapid, powerful deformations give off heat from friction and such, making the inside of Io so hot it explodes out into space all the time and making the insides of Europa and Ganymede liquid.

In the case where your world is distant from its planet, you’ll have tides much like the Earth’s. When the planet is at the zenith or the nadir, just like with the Moon on Earth, you get high tide (allowing for a delay to let the ocean make it around from where it was a few minutes ago), with low tide when it’s near the horizon. And power outage houston txu tides will be stronger at full planet and new planet than otherwise. If your world is tidally locked, the planet will always be at the same place in the sky, so you won’t get much tidal change from that; what you need to consider is whether there are any other large moons, which could offer electricity was invented a really complicated tidal cycle.

*When you have two bodies close to each other, one exerts a stronger gravitational force on the near side of the other than on the center, and stronger on the center than on the far side. This has the effect electricity word search printable of inducing tension in the second body, attempting to stretch it along the line connecting the two. In the case of the Earth and the Moon, we observe this as changing water levels because the ocean is less rigid than the ground, so a bulge of water is established relative to the ground, which moves around the Earth once every slightly more than a day.