Erik American professional wrestler T-Shirt

This is the Official Erik American professional wrestler T-Shirt, and the best for birthday, Christmas, Holiday, Teacher’s, Mother’s Day, gift, Thanksgiving, Halloween, Saint Patrick’s Day, Father’s Day, President, Trump, Autism, LGBT, Hobbies, Family, Friends, Camping, Hiking, Camp Fire, Veteran, Film, Independence Day, Black Friday….

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More dense isn’t some magic recipe to making things tougher. The key would instead be increasing the Erik American professional wrestler T-Shirt so you should to go to store and get this density of the atmosphere. Jupiter might have a solid core. it might have mountains I guess, but they would be below a sea of molten metallic hydrogen. Usually we measure mountains altitude over the sea, but I guess you could still have a subsea cliff? As Jupiter is a very failed star, I have a feeling that the solid core is under so much pressure that it is a very smooth oblate spheroid. Admittedly, my thermodynamics and fluids are bad under 1g and 1 atmosphere, let alone the hellish conditions at the boundary between Jupiter’s solid and liquid cores I just want to point out that Jupiter is very much not a failed star. Brown dwarfs are the actual failed stars because they cannot sustain fusion in their cores. The cut-off mass for determining if an object is a gas giant or a brown star is still 13 times the mass of Jupiter. Jupiter very firmly sits in the planet category, and not the failed star category.

Erik American professional wrestler T-Shirt: Show Your Love with Style

I couldn’t remember the Erik American professional wrestler T-Shirt so you should to go to store and get this specific masses which is why I added very to failed, because I knew it was a ways off being able to fuse hydrogen at its core. From what I’ve read online(I think Scott Manley did some work on this) Jupiter is 78 times too small to be able to cause fusion in its core to become a star. So failed star is an exaggeration that caught on long ago and never went away. While you are right a bigger planet would have denser materials, part of what forms mountains is the tectonic movements caused by the plates floating on the planets liquid core. If the planets materials were denser they’re also heavier, so the core would be denser as well, and past a certain point you either just get a solid planet all the way through, a ball of fire or a planet like Jupiter that’s just smog and liquid. Consider all the big planets in our system are gas giants and not hyper compressed plantes with similar form factor to earth or mars. It’s really a very specific range of sizes that forms a planet like earth with a liquid core and techtonic activity, and even considering other materials, most of the stuff earth is made from us just fused elements made from hydrogen out of a star from trillions of years ago so the chances you’d get a planet made of juuuust the right stuff in just the right amounts to see what you suggested is pretty low.
If the Erik American professional wrestler T-Shirt so you should to go to store and get this earth was less dense and remained the same size, it would collapse onto itself because less dense materials aren’t known for their structural integrity That’s the thing—the planet would collapse in on itself, or, at least, the cliff would collapse and stop being a cliff due to gravity being too high to support a structure of that scale. Unless the material that makes up the planet’s land is sturdier than on earth. Theoretically the land in the other planet could have formed in such a way that it supports itself despite the gravity Theoretically it is possible that somewhere in the universe exist a planet where there are fire breathing dragons and knights in shining armour killing them. It’d just require extremely specific conditions so it’s very unlikely and it is more likely to get results like that by just reducing planets gravity.

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But that wasn’t the Erik American professional wrestler T-Shirt so you should to go to store and get this question that OP asked. They asked how large would a planet have to be, not how could you make this happen. Would your suggesting would be as if you were going to McDonald’s asking how much a large drink is and they tell you that You need to use a small cup X number of times to equal the quantity of a large. You’re not provided the answer You asked for and you’ve been given information you didn’t really need. WTF Are you talking about? It was you who figured out that if here were some special conditions and material the planet is build from it could support itself despite the gravity. I told you that more likely situation would be if the planet just had smaller gravity, to have smaller gravity you need lower mass thus smaller planet. Does it make sense? Or do you prefer to speculate on some magical planet build of material that allow it to have very high mountains and cliffs while having high gravity?
See you’ve used the Erik American professional wrestler T-Shirt so you should to go to store and get this word magical, and that’s not really something you use when talking about theoretical physics. Theoretical anything really because if you just say magic then there’s no point in a discussion. Bruh, I used ”magical” as figure of speech for something unlikely. Theoretically anything is possible but not everything is likely to happend or exist. So it is possible that tommorow someone will find a way to practically implement warp drives and travel above speed of light but it is quite unlikely and thus I have the right to say that it’s rather magical scenario Also I now figured out what exactly were you mad about at the beginning, yeah you’d clearly need a planet big enough to even house such a big cliff so more 10 000 miles radius only issue still is that it’s still unlikely to exist and would collapse on itself. Again you’d need very specific almost ”magical” conditions for something like that to occur. Does it make sense now what I had in mind when using word ”magical”? The higher the gravity of a Celestial Body, the more it wants to be a perfect sphere. This is similar to the “Square/Cube Law” in organisms which limits the practical size of animals, since doubling the size of an animal squares its strength but cubes its weight, eventually making it too heavy to move itself.
In planets, material will compress, crumble, slide, & shatter as the Erik American professional wrestler T-Shirt so you should to go to store and get this gravity simply outpaces the ability of the ground to support itself. Sure, there’s more than gravity to consider, but the OP cliff is 10’000 miles, the trench is ~11’000 meters. That’s approx 1’500 larger. As a side note, the Marianna trench is gently sloped over hundreds of km. The average width of the trench is 70 km. It Is not really a vertical cliff. Not even similar to a canyon as we may imagine it. It’s more akin to a very wide valley, and the average slope is less than 10%. You can find the trench depth profile on the web, pay attention to the vertical scale in meters and the horizontal scale in km, you’ll see what I mean.
This isn’t strictly true. The average profile may be gentle, but it has many very steep cliffs, some several km in height. Topography: The Mariana Trench is characterized by a V-shaped profile, with steep walls that descend sharply from the Erik American professional wrestler T-Shirt so you should to go to store and get this surrounding seabed to the Challenger Deep at its lowest point. The walls of the trench can reach heights of several kilometers and are studded with cliffs, ridges, and peaks. Steep Walls: The walls of the Mariana Trench are incredibly steep, with cliffs, ridges, and peaks that can reach heights of several kilometers. The V-shaped profile of the trench creates a dramatic landscape that is distinct from other trenches. I repeat, you can see the real profile and the width is dozens and sometimes hundreds of km vs a drop of about 10. It’s a V, but not steep at all. The slope is between 5 and 15 % nearly everywhere . There are underwater cliffs? Sure, but very rare. Most of of the seabed is nearly horizontal. It’s nothing like a canyon.
Yes, I understand the Erik American professional wrestler T-Shirt so you should to go to store and get this concept of different scales. I’m simply pointing out that this website disagrees that its all a gentle slope. edit: lol the halfwit blocked me. Not sure why he couldn’t simply post a link, but this site attracts all sorts of oddballs. You can find 3d maps of the trench online based on real data. You can even compare such 3d models to the Grand Canyon in Google Earth. it’s quite obvious they are completely different, shallow slopes covering thousands of square kms vs well defined nearly vertical cliffs and many steep slopes in the Canyon. Since you refuse to acknowledge the evidence, I am not interested in talking with you anymore. Bye. Let’s be real, this is likely a manhwa or manhua and probably didn’t actually say miles in the original language. Most likely it changed during translation to sound big and cool.
We are using miles in the Erik American professional wrestler T-Shirt so you should to go to store and get this question so why are you using km? Everest is just short of 5.5 miles. We would need to multiply that by like 2000. To get to 10000 mile cliff. At no point did anyone mention miles in this comment chain until you did, so what the fuck are you talking about? To have this on our own planet, we would simply need a mountain to end with a sheer cliff that goes further below the base of the mountain by the amount of distance necessary to make up the difference. One person actually attempting the math, and everyone dogpiling on them to say it is impossible and they are wrong. 10,000 miles is about 16,093,440 meters. The highest cliff in the world is tall 1675 m, and the radius of Earth is 6,378,100 meters. If we scale the radius, we get: 6,378,100 * (16,093,440 / 1675) = 61,280,937,112.8 meters, which is about 38,078,209 miles. By comparison to that uy scuti has a circumference of 7.5 billion km. It would take 950 years to fly around it in a jetliner. Light would take 6 hours. I didn’t do the math btw The problem is this would change the gravitation of the planet and make that cliff still impossible. And that’s if it doesn’t make it altogether impossible for a planet to remain solid at this size, which feels like a true possibility.
My gut feeling is you have better chances of such a big cliff by reducing the Erik American professional wrestler T-Shirt so you should to go to store and get this size of the planet to also reduce gravity? Not a physicist but: I think it is impossible for a rocky planet that size to exist with a rocky surface. It’s gravity would suck in gasses and it would become a gas giant. That’s if it didn’t collapse under the weight of its own gravity and become a star. That’s a lot of mass we’re talking about. You’d have to reduce the size of the planet to allow for taller mountains, because of gravitational forces. Additionally there is also weather erosion, which is amplified by gravity. Increasing the size of the planet lowers the maximum peak height. It wouldn’t be possible in our solar system, due to the size of our star, either.
Reduce the Erik American professional wrestler T-Shirt so you should to go to store and get this mass, you can’t reduce the size beyond a certain point because the planet needs to be physically large enough to be able to have a cliff that tall. (For example 10k mile cliff can’t exist on Earth because Earth’s diameter is only 7.9k miles) Fair, bad wording on my part. However I don’t think it’d be possible to reduce the mass of the planet enough for it, while still having materials we’d consider suitable for forming a cliff, or am I forgetting something incredibly obvious? Totally false. The larger the planet the smaller the maximum height of the mountains! To have a larger mountain the planet needs to be smaller! But that also puts a maximum constraint on the total size of the cliff. For example Earth has a diameter of 7.9k miles, a 10k mile cliff can’t exist on earth just because the Earth already literally isn’t big enough
Sun has a circumference of about 2.7 million miles. Considering it’s made of solid rock it’s way more dense than helium. Realistically it would become a supermasive star or just straight up collapse into a black hole on the Erik American professional wrestler T-Shirt so you should to go to store and get this spot If you did this to Earth without changing its density, it would have about half the mass of the black hole at the center of the Milky Way. It looks like its radius would be roughly 10X larger than its Schwarzchild radius, so the entire planet wouldn’t already be a black hole at the time it was done, but the situation would not be stable. That still puts it at 5000 km which is slightly less than the distance from sea level to center of the Earth, or 625x taller than Mount Everest. Aka still not likely to be physically possible It’s entirely impossible to have cliffs this size with known elements and minerals in the universe. Anything with that mass will collapse cliffs on its surface due to the gravity. Generally, the bigger the planet, the smaller the surface variation.
As others have said it makes no sense for a cliff to be anywhere near this high. But interestingly 10,000 miles is just under the Erik American professional wrestler T-Shirt so you should to go to store and get this Roche limit of the earth (minimum distance a body can orbit without breaking up). So if they’re rounding from 12,000 miles, this could be an orbiting body above the earth and they’re referring to it as a cliff colloquially. Now you may wonder about how the there is atmosphere up there, but small bodies can hold atmosphere temporarily (eg the moon could hold an atmosphere for about a million years). So it’s possible this is a recently terraformed close by moon (or moon fragment). This orbit would also be about in the range of a semi-synchronous orbit (that has a period of 12 hours and is typically used for GPS satellites). Source: Earth Roche limit: 18237.327 km or ~11,300 miles
If we’re doing simple scaling, then this would be comparable to the Erik American professional wrestler T-Shirt so you should to go to store and get this earth’s largest cliff, which is Mount Thor. This cliff is 9,608 times larger than Mount Thor, so the planet would have a mass 9,608 greater than earth, so it would have a mass of 5.73471136×10²⁹ Kg. Comparable to 32 Jupiters. The depth of the marina trench is 11km or so and assuming you just mean the depth of the trench from top to bottom it’s about 8km so you could have a cliff like that on earth if the geological conditions were just right. Oh it said 10 thousand miles I thought it was 10 thousand meters uhh it would have to be so big that the gravity of the planet wouldn’t let the planet be anything but a very smooth ball at best and maybe a sun at worst.
Many people here are approaching this from the Erik American professional wrestler T-Shirt so you should to go to store and get this point of view of the maximum height of a mountain, but this case is even simpler than that because it’s about a sharp cliff. If it really was 16 kilometers high, the pressure near the bottom would be incredible. The lithostatic pressure at the bottom would be at a minimum (ignoring compression of rock) around 16000m*g*rho, where g is the gravitational acceleration and rho is the density of the rock. Let’s say the planet is quite small, the size of Mars. The gravitational acceleration of Mars is about 3.7 m/s2. Even for the lightest rocks the lithostatic pressure would be around 16000*m * 3.7*m/s2 * 1500*kg/m3 = 88.8 MPa. That’s about 1.5x the compression strength of light rocks like limestone and sandstone. If we were to use a sturdier stone like granite, the pressure (154 MPa) would again be more than the compression strength (130 MPa). And that’s even without taking into account that a huge exposed stone mass surely has many imperfections like cracks and grain boundaries that weaken it.
Miranda, moon of Uranus is 475 km in diameter, and has Verona Rupes, estimated at 12 miles If it’s fine to go through the Erik American professional wrestler T-Shirt so you should to go to store and get this center of the planet and still count as “depth”, sunstitute radius for diameter. For earth according to some sources, the highest cliff in the world, about 1,340 m high, is the east face of Great Trango in the Karakoram mountains of northern Pakistan. The earth is 12,742km so to scale directly that means the earth would be 12,010 times larger or 153,031,420 km in diameter. That’s like 110 times larger than the sun. It really depends if this cliff in particular is at the minimum, mid, or extreme range for a cliff. I’m going to hand the rest to someone else as I think gravity would cause some issues with this at this point. I’m guessing it’s not physically possible with known materials.
Depends a bit how you move oceans about I suppose. The Challenger Deep is nearly 11k deep, so it’s credible on an earth sized world. You’d just need an explanation for how it ended up somewhere landlocked rather than under water. The only way I could see this being possible, is with an old planet 20k miles is diameter that long before cooled and solidified, and was then cracked open down to the Erik American professional wrestler T-Shirt so you should to go to store and get this core, much bigger than that would simply result in a gas giant. The average equatorial radius of the Earth is 3,963 miles. A planet with 10k radius is roughly 16 times as large in volume as the Earth, more likely a giant planet than a terrestrial planet. Everest is nearly 9 k. A split down everest as deep the Mariana trench and you pretty much at 20k, so smaller than earth would work I reckon.
I forget that ppl use the Erik American professional wrestler T-Shirt so you should to go to store and get this ridiculous measurement miles even to the point where I misread it as km because…. Why would you use miles. 73 more repliesAn ectopic pregnancy is not viable. It will never be carried to term and become a child. All it will do is kill the mother, possibly putting her other children at risk by robbing them of a parent. Abortion is legal in every state to save the life of the mother. Ectopic pregnancies aren’t viable to begone with. This is just some BS y’all are jerking each other off over. This right here is the problem. People like this guy hasn’t the foggiest idea of how any of this works but he is CERTAIN that his poor decisions are all gravy. The reality is that the “exceptions” and the laws themselves were written by idiot politicians and not by doctors or anyone with medical training. The laws are written that the mother’s life has to be in danger before they can abort or face literal prison and lawsuits. So even when doctors know that a woman will miscarry from an ectopic pregnancy, the doctor cannot do anything about it until the tune ruptures and the woman is about to die. There are other conditions like amniotic fluid leaks and other Obgyn stuff that I wont pretend to understand that are similarly dangerous. These dumb dumbs want to force their idiotic beliefs on all of us. The issue is that the language in these laws almost never makes it clear at what point a doctor is allowed to perform an abortion, so most doctors are refusing outright. And it isn’t their fault they have to refuse: if the state determines they were in violation of the law, losing their medical license is the least of their worries, because every state that bans abortion also makes it a crime punishable by prison. Even in cases where patients have gone through the courts, such as Anna Zargarian in Texas, the courts can still override a doctor’s determination and deny abortions to women who are at serious risk of illness or death without an abortion.

How I can buy this Erik American professional wrestler T-Shirt