Does 1 Newton = 1 Joule/cm?
Originally posted by Morridini
Why did you set the moment of inertia I equal to the mass? Surely it must be something else, especially since you rotate around one edge and not the axis.
Sorry to double post but this is what Morridini and I have come up with so far;
At first I thought you just turned the Newtons 1.868MN into mass (100g=1N?) but Morridini pointed out this was simply in relation to gravity and pointed out I was better off just adding the force shown previously to the force created by Raziels body moving at speed.
Just to be clear, the number 0.000002064512 meters squared is the estimated area of Raziels two very claw tips on games vs, 0.0032 inches squared or 2mm squared. Pressure = force/area in meters squared so I made sure all the measurements were correct as I understood.
-------------------------------Raziels weight+MN force (Morridinis formula)-------------------------
previous known force; 1868000 Newtons
Raziels rough weightx acceleration= mass; 72.5747792 kg x 50 acceleration= 3628.73896 N
This force added to previous force= 1871628.73896 N
Pressure;
1871628.73896N/ 0.000002064512 (meters squared)= 906571983577.71715543431086862174 pascals. Equivalent to 9065719.835777171 bar (roughly 9 million, equivelant to almost 3x the Earths core pressure per 0.0032 inch squared. Also equel to 65 743.5776 tons per 0.0032 inch squared.
-------Square inches-------
There are 322.58 ,0.0032 inches squared (or 2mm squared) in a square inch. Therefore, 9065719.835777171 bar x 322.58 means Kain has 2924419904.62499982118 bar (2.9 billion bar, roughply 800 times the earths core pressure) of resistance to pressure per square inch. Or 21207563 tons (21.2 million tons) per square inch of force.
------Square meter----------
How many 0.0032 inch squared are there in 1 full square meter? = 1 550.0031 (square inches in a meter)/0.0032= 484375.96875, 0.0032's
Over a square meter? = 9065719.835777171 bar x 484375.96875= 4.3 trillion bar per square meter. A square meter of Kains top skin layer can take pressures equel to 17.5 times the suns core pressure. Equel to 32871788393.4453 tons (32.8 billion tons) per square meter.
..So. Have been asked to get a second opinion on using the deceleration of acceleration when getting the force.
(current velocity - initial velocity) / time it took = -acceleration ie deceleration.
For instance, in the thread a character catches an object of X kg weight moving at 11m/s. The character only moved 40cm in the opposite direction of the weight to bring the object to a complete halt. Basically being brought to a stop in 0.0363636364 seconds, as that's how long it takes 11m/s to cover 0.4m.
That's (0m/s - 11m/s)/ 0.0363636364s = -302.5 m/s2 acceleration ie a 302.5 m/s2 deceleration.
F=X*(302.5+gravity)
Originally posted by ScreamPaste
0.0000000000085344Leaving this number here for a future calculatation. It's the total surface area of 4 feet of molecules in square meters.
That doesn't make sense.
Did you mean "4 molecules"?
Also, which molecules? Some molecules have different cross-sectional areas. Some Long Chain Amino acids and can super duper long. Some are so big they are called "supermolecules".
Some molecules are single atoms (noble gases). Some molecules are isomers and can vary their cross-sectional area.
Specifcs, man. SPECIFICS! 😆
Also note that a chainswords blades themselves are quite tiny, the sharp edge may be monomolcular but the blade itself is like an inch or so deep meaning even as sharp as they are, they still need to saw into objects to create any damage and the mechanism is responsible for a lot of the power, a space marine just hitting something with it may do little considering how a chainsaw works.
NOt been in here for a little while, at the moment I am trying to find out how much force kains Tk has and I have thrown some numbers, admittedly fairly hastilty on the following;
Using this,
http://www.youtube.com/watch?v=zc_HM2vaTfU#t=2m21s
For the feat and the following wiki;
http://en.wikipedia.org/wiki/Ultimate_tensile_strength
and assuming the numbers of breaking marble which I have assumed the stone to be based on its appearance and how its used are in the region of square meters I calculated the following;
It requires 15 megapascals to break a square meter of marble, I dont know how to take into account the volume but tbh I dont know what the source is measuring in but since pressure is calculated mostly by meters I thought that was a fair guess.
Kain smashes roughly about a square meter, and more in thickness/volume with his TK throw of Raziel and it shatters into sveral piecies. Therefore, using a pressure to force calculator I found Kain would have to create roughply 1500 tons of force across the square meter to shatter it like that.
UTS is pulling an object apart, opposite to compression where its crushing something. Not sure if theres another term for this but it seems to just be impact force.
Dunno the formula to scale damage to its needed force, but Ive seen 50mph cars do similar damage to stone and thats around 10 tons of force.
Actually checking the wiki page it says pretty much what I said; "is the maximum stress that a material can withstand while being stretched or pulled before necking (...) Tensile strength is the opposite of compressive strength and the values can be quite different."
I dont like coincidences >->
Examples of car damage on walls
I believe that that only works for strength, not speed. Like how the force of Link's strength would allow him to lift 60,000 tons but wouldn't allow him to throw his sword at Mach 18,000. That'd require that level of speed.
I dont know what the first one was made of and the second is brick. Not thta impressive.
Force can be contributed to acceleration. Just use X force, find out the mass and then you can throw a weapon at ridiculous speed. Your own speed is irrelevent, the force you produce gives the object your throwing acceleration of massive levels. In this case, mach 100 with Kains TK, or mach 2k if he just threw it.
Also we know how far someone stronger than Link or his equel throws a sword, a few meters from Ganon. So how much force Link can make is irrelevent.
I dont know why I never thought of Kain using his TK to sort of saber throw his reaver....also, CC seemed to belive that Kain uses TK to create his "non" movement when he attacked moebius, if thats the case he could accerlerate himself to great speeds as well.
FFS.
You realize that's a very ****ing brittle material, right? You also realize "TK to throw shit at speeds we haven't seen" allows someone like Ganondorf to do some really, really asinine stuff? Great, if it comes time to debate Ganondorf against Kain in my thread my new argument is that Ganon TK's grains of sand through Kain's face.
Math is to quantify existing feats, not create new ones.
Ganon does not have Tk that can break marble, also its not brittle lol...a square meter of marble, possibly thick marlbe is a decently strong stone. You also realise Tk that can crack that can launch an extremely light weapon like the reaver miles. Also Ganon would need to be able to create the force, to accelerate sand to a high enough speed/force to pierce Kains superior durability without simply melting/destroying the sand into particles so your analogies are poor there.
More or less the same thing in this example, if someone has X TK force, then they can do X with said force, its like argueing people with high strength can only use the strength they have shown in the exact feat, e.g. Link can only lift big pillars with his GG strength.....no logic...
a square meter of marble, possibly thick marlbe is a decently strong stoneThat it is, when you set a weight on it. When you strike it sharply the results are different.
http://www.agu.org/pubs/crossref/2011/2011GL049169.shtml
http://en.wikipedia.org/wiki/Impact_(mechanics)
Link can only lift big pillars with his GG strength
Do I seriously have to remind you that you've actually claimed this before?
Thier talking about numbers as high a 100 MPa apprently creating enough pressure to creature microfractures, so? My figuire on marble simply stated 15MPa. I also used BR's estimate on a car impact doing similair things.
Also Kain being able to strike with enough force quiclky does not stop him from launching his sword with Tk at high speed. He launched Raziel at it, a square meter of about an inch thick of what I assumed is marble cracked apart in piecies. Thats more than enough pressure/force to launch a sword at speeds far faster than any common Games vs character could ever hope to percieve even if he was only using 10% of the force I calculated.
Well now your claiming it so it seems, only my logic was that being magical gauntlets they seemed to just work on this one thing and hes not moved anything else unique to them, they looked exactly the same every time, as if its the block that was also unique. Your approach is that physical force apprently disapears depending on what your doing.