So Back to the question could humans live on the Pokémonworld. Well it's difficult to say because we don't know what the density of the Pokémonworld would be.
(Though we do know that Ash's density is over 9000!!)
But for my calculations I'm going to assume that the planet has about the same density as the planet Mercury. Which is about
5427 Kg/m3

So with the formula

M=p x V

We get that the Pokémonworld would have a mass of about
3.9 x 10 to the power of 22 kg.
That's more massive than Triton but less massive than Europa (moon of Jupiter)

So with these numbers we can calculate what surface gravity the planet would have

The formula for this is

g=(M.planet/M.earth) x
(R.earth/R.planet)squared x  g.earth

What we find is that the g value would be around
2 m/s2 (2 metres per second squared)

That's about 21% of Earths gravity.
You may ask is that bad?

No its desastrous. Because the gravity is 1/5 of that of the earth our bones and muscles would degrade very quickly because they are used to a higher g value. This means that if you were to visit the Pokémonworld your bones and muscles would degrade so much that you wouldn't be able to stand up anymore or even move your muscles.

If you've ever seen astronauts come back from space you know this problem. It's exactly the same problem but worse.

And that's not even the worst part of it. Because the Planet's so small and it's gravity is so weak we can't even be sure if it has a atmosphere at all. Let alone if that atmosphere has oxygen. Or even an magnetic field to protect us against harmful UV rays.

And to top it off we have the biggest problem of all its orbit and host star.
We can't predict what type of star it is, how old the star is and How close the Planet's orbit to that star is. If it's too close you can either get the problem that the Planet's water boils away or that one side of the planet is too hot for life and one side to cold for life. And if the Planet's too far away all of its water will freeze.

So a visit to the Pokémonworld would not end well for you. So maybe we should upload our mind to a computer simulation so we can experience the Pokémonworld safely

🤔🤔🤔🤔🤔🤔🤔🤔🤔🤔🤔🤔🤔🤔🤔

But that's a story for another chapter

Now I'm going to challenge

SawyerHull
amourshipper24
Amourshipper17
BlizzardBlast
TexemonOfficial
AtomicVoltz
NonProGaming
XxWhiteYvonnexX

To answer one of the questions below. One is easy the other is difficult. Pease don't all pick the easy one. If you can do the first one with ease you can do the second one. I'm going to give a shout-out to 4 people who give the correct answers.

Note:Everything must be done in SI unites if your not familiar with them
There is a picture under this text with all the SI units.
(So if for example If I had given you the mass of the Pokémonworld in grams you would have to convert it to kilograms to get the right answer.
This also applies to people who don't know the metric system. You also have convert your units to SI units.

Question 1 (easy)

With this formula you can calculate what the escape velocity of the Pokémonworld would be
(G means gravitational constant. You can look it up. And M means mass of the planet. And R means radius planet)

Question 2 (difficult)

(G means gravitational constant and M means mass of star)
(Note:All constants can be found if you google them)

At the event horizon(the place just before you enter a black hole) V.escape equals the speed of light
So in the formula you could say the V.escape=The speed of light (C)
If light can't escape an object. Then we call that object a black hole. According to the theory a star will turn into a black hole under its own gravity if the mass of the star is at least 3 times the mass of the Sun.
With this you can calculate the radius of that star when it becomes a black hole. You do this by rearranging the formula of the escape velocity. So you get a formula for the radius.
Plz like and comment. Have a nice day and Peace

Btw Good luck with the questions
😝😝😝😝😝😝😝😊😊😊😊😊😊😊.