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StoutlandForTheWin#1

So here is what I know: 1. While not all pokemon can giganmax all pokemon can dynamax. 2. In legends za there are three unusual and strong alphas that pop up eight before you can face off against the region legendarys.

Alexander Gofric

One thing to consider by going deeper underground is that there is a high chance he could find a Carbink/Diancie colony down there. Diamonds are formed deep underground and from the pokedex entries carbink colonies also are found down there. "It has slept underground for hundreds of millions of years since its birth. It's occasionally found during the excavation of caves. " "It's said that somewhere in the world, there's a mineral vein housing a large pack of slumbering Carbink. It's also said that this pack has a queen. " "Some say that deep beneath the surface of the world, a pack of Carbink live with their queen in a kingdom of jewels. " If there was ever a place Brock could possibly find Carbink, if not a Diancie, without needing to go to other regions, which would be unlikely for a very long time, its by going deep underground, given that he has to explore deep under Mt. Moon this would be a great opportunity for Brock to naturally find Carbink/Diancie in a place they could be expected to be found. Also given the soon to be wedding of Brock an Sabrina a Diancie diamond would make for a really beautiful wedding ring for sabrina, the pink would really compliment her psychic energies.

Thomas Keller

So, the fun thing about Things Falling is that when you discount air resistance Everything Falls At The Same Rate. *Everything* So, on initial guess with a handy dandy free fall calculator (thank you omnicalculator.com) a free fall for 60 seconds is 10.96843 miles or 17.65197 kilometers. But wait! They waited until they heard the sound to judge the distance and contrary to our lived experiences sound actually has a specific travel speed! Specifically, in dry air at 20°C, it travels 343 meters per second or approximately 1 mile per 5 seconds. Obviously underground cave conditions are different than Dry At 20°C but I'm not going to get into trying to estimate those details just like how I'm ignoring the air resistance of a falling not-deeply-detailed boulder as well as the fact that we don't know for certain that the Pokemon World has the same gravity as Earth (which is what I'm basing all of my calculations on). So! If sound travels at 1 mile per 5 seconds *and* the boulder fell for 11 miles then it actually would have taken basically two minutes for them to hear anything which means that it didn't actually fall 11 miles into the deep. Next you'd probably think "Oh, let's cut it in half then that sounds like a great place to start for refining the formula-" and you'd be right *except* the fact that gravity is a constant force, which means that it's a constant acceleration, which means that a boulder falling for 30 seconds would actually fall almost 2.75 miles, which would take less than 15 seconds from impact to be heard, putting the turn around time at roughly 43.75ish seconds, which is well short of the "almost a minute" time we were given. Playing around with the calculator, I've come to the conclusion that the boulder likely fell for approximately 37 seconds, putting the distance fallen at 4.17105 miles and the return time of 20.85525 seconds, which adds up to 57.85525 seconds total from push off ledge to hitting the bottom (ignoring the fact that Sabrina flicked it into the hole meaning it had a nonzero starting velocity which invalidates all of this aaaaaaa-) So that was a fun bit of math puzzle for the day!

Jeffrey Smith

Random thought. Considering we’re going with the Jurassic Park dna 🧬 cloning why can’t museum guy just flat out clone Pokemon? Like why couldn’t Gible have been cloned when he was a rare out of region Pokemon?

Forint

I'll complicate it further The terminal velocity of a 1 m diameter spherical boulder falling through air at sea level is approximately 245.4 m/s (roughly 549 mph or 883 km/h). This was AI done, so I don't trust the math. But things falling don't constantly accelerate. Call it less than that. A boulder that's not perfectly spherical will have a higher drag coefficient. And we don't know the size of the boulder either.

HDHusky

Brock has experience with Alpha pokemon though? One of Lance's Dragonite is an Alpha and Brock knew what that was. He fought it during their expedition match.

Manathusa

Interesting change, is the onix for sure not surviving that fall? Would be a powerful teammate for Brock. Hope to see a Kanto underground! Great way to connect the regions and a fun way to expand the Rangers as an organization!

AkiraKeoro

I think its mostly about the fact that Crowley just wants to resurrect dinosaurs. He could, the tech is there, Mewtwo did it for the Larvatar triplets. But I think Crowley is only interested in making dinos come back. I think the other issue is they need to create a viable population. If two clones mate they have the same DNA and that can be a problem (not just in the ick facktor of genetic clones mating).

Raven

Your right this would be great time to find them

Raven

Are we sure it was a dome fossils, because where I sit the one real fossils Brock is missing is a Shield Fossil, and maybe a Sail Fossil (that they keep unlit they build an ice cave)

Raven

Do you think might be able to get Dracovis and the other mixed up fossil Pokemon as correct non mixed up Pokemon

Elias A Rosado

I thought they kept their size even after being caught? Aren’t Alpha Pokémon like the Steve Rogers of their respective species?

Jazerus

If Mt. Moon saw worrying activity, then Diglett Tunnel and Rock Tunnel certainly did too. An Alpha Dugtrio would be no joke! Erika would probably have to deal with it.