I was thinking, since earths axis is tilted to 23.5 degrees, this creates the seasons we have, summer, winter, spring and autumn and I found out that if earth didn't have a tilt, the clouds would be like venus's and earth wouldn't be habitibal for life, like it is now, since the clouds would be all around the planet and the pressure would be really high like venus's pressure. Since I found out what would happen to earth I it had no tilt, with the clouds and all that, if Venus had a tilt similar to earths, let's say about 26 degrees, would it have clouds and I know it would have seasons but would the clouds be like what they are like now, or would it be the same with lots of pressure, or would it be habitible like mars, because mars is also on an tilt like earth, so mars would have seasons like earths and people do think it could hold life on it. I also found out that Venus is upside down at 177 degrees, so it does have an axis of 3 degrees upside. Someone please explain to me.
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Venus was struck by something big just as Earth was but unlike Earth where the impact spun off the Moon, the hit on Venus didn't create a moon but spun the planet around the wrong way slowly so it doesn't have much of a rotation and it's in the wrong direction. This resulted in no magnetosphere as there's no spinning dynamo and a day that's most of it's year so it gets too hot during it's day. It's this long day that messes everything up, that and the no magnetosphere so the solar wind kept blowing the lighter gases away leaving mostly CO2 which of course cooked the planet. The tilt won't help, you got to spin the whole planet and it's core faster, problem is the only way to do that would be to hit it with a really big asteroid or planet which would melt it all back into a ball of magma for millions of years.
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The amount of clouds on Earth (or Venus) does not depend on the axial tilt. Neither does the atmospheric pressure depend on the tilt. If Venus had a significant tilt, it would have seasons the same way that Earth and Mars do, but the chemistry of its atmosphere would still give it lots of clouds and high pressure.