All-Star Superman Vs Blue Marvel

Originally posted by Stoic
how do you know how much Arkansas weighs? Blue Marvel also didn't seem to be struggling with the weight either. I'm just trying to understand how you know how much Arkansas weighs? I looked on www.howstuffworks.com, and could not get a clear answer. This is just more of your made up nonsense, not to mention that the amount of weight that Superman was lifting would have destroyed the metal beam that he was pushing against, but that's comic logic for you. What's your excuse?

H1a8 lies.

I attempted to calculate the mass of Arkansas.

I had to makes a lot of assumptions. So for the purposes of this, Arkansas is a beautiful cube. I originally, not being from the US, assumed it to be a sphere. Then I looked at a map, and remembered the US' love of square states.

So Arkansas is now a square. This obviously overestimates Arkansas' mass, but should do for now.

Area of Arkansas = 137,733,000 metres square (Google)
This gives a cubed volume of 1.616 x 10 to the 21 metres cubed. I assume it is a cube, because if any of the sides were larger, than the asteroid would have been described as 'larger than Arkansas'. But it was 'easily' the size.

The average density of the Earth is 5520kg per metres cubed (Google).

Therefore, the mass of an Arkansas-sized cube is 8.92x10 to the power 15 kg, or about 9 trillion tons.

He used both arms to push it.

Superman, as seen, could do 200 quintillion tons, easily, or as a scale, 200 million trillion tons. On one arm. And that was not his max.

Originally posted by Stoic
how do you know how much Arkansas weighs? Blue Marvel also didn't seem to be struggling with the weight either. I'm just trying to understand how you know how much Arkansas weighs? I looked on www.howstuffworks.com, and could not get a clear answer. This is just more of your made up nonsense, not to mention that the amount of weight that Superman was lifting would have destroyed the metal beam that he was pushing against, but that's comic logic for you. What's your excuse?

mass = volume x density

I assumed a meteor that size is spherical with diameter the length of Arkansas (radius is half). Arkansas is about 420 km long and 385km wide. Using 420 km then we get a volume of 4/3pi (210,000m)^3. Now I looked up some very dense and large meteors and dwarf planets. Their densities range from 1800kg/m^3 to about 3000kg/m^3. Ceres, a planetoid larger than Arkansas, has a density of about 2080kg/m^3. Using 3000 kg/m^3 for the density, we get a mass of
4/3pi (210,000m)^3 X 3,000kg/m^3 = 116 quintillion kg
= 128 quadrillion tons. Now I greatly overestimated some numbers. But I did that on purpose.

I accidentally typed quintillion before. Thanks for pointing that out. I guess Black Marvel is not only much slower, but much weaker than AS Superman than I originally thought.

Originally posted by RealityWarper
The lifting strenght is irrelevant in a fight.

Blue Marvel is more powerful than Superman and more versatile.

Originally posted by Stoic
how do you know how much Arkansas weighs? Blue Marvel also didn't seem to be struggling with the weight either. I'm just trying to understand how you know how much Arkansas weighs? I looked on www.howstuffworks.com, and could not get a clear answer. This is just more of your made up nonsense, not to mention that the amount of weight that Superman was lifting would have destroyed the metal beam that he was pushing against, but that's comic logic for you. What's your excuse?

realistically with the strength difference Superman could one shot Blue Marvel

Heh

I'm just saying that if we are using the statistics provided on panel, then the difference in the force of the two individuals is "massive". On top of that we have to multiple the force of Superman's punches due to the fact that he is moving multiples of light speed, which in turn would multiple the amount of force he is producing.