Originally posted by xmarksthespot
Question 1. Not in such a carte blanche way that would imply he can sustain a muscular contraction, emanate magical muscle power into the air and shoot shockwaves. The range of movement, the kinetic impact of his appendages, serve to displace sufficient air at sufficient speed to generate a propagating shockwave.
Well its as simple as this. The Hulks muscles when they come into contact with the ground are capable of making earthquakes. You know it, I know it. In other words they create powerful pressure waves.
So when he applies his muscles to the air NOTHING is going to happen? Stop telling me about magic im talking about pressure waves.
Originally posted by xmarksthespot
Question 2. No, I'd see it as writers taking liberties or bad aim or anticipatory movement having occurred. A character who doesn't have superspeed, dodging a bullet that travels at Mach 4, aimed correctly, from close range and without any time to anticipate it's trajectory is just bad writing/writing to prevent character death and for wow factor. It doesn't mean that they have multiple Mach speed muscular contraction.
This is the thing I dont care wether you think its bad writing or not. I didnt ask you that. In some cases it can be explained as anticipation sometimes it cant, especially considering the fact that Cap said he can see bullets after somebody asked him how he dodges them. So assuming they cant anticipate it:
Well do you think if somebody for example where able to dodge bullets after they were fired or was able to catch tank shells....do you think if they were able to do that do you think they could contract their muscles at supersonic speed?
I would like a response to the Hulk example please. Its hilghy unlikey that the Hulk anticpated a tank shell, Hulk saw the shell and caught it after it was fired.
Originally posted by xmarksthespot
Point 3. Wolverine takes cl100 shots somehow became "Hulk should be able to shoot shockwaves from his pecs?" Let's do some more "logical extrapolation" eh? Batgirl dodges bullets, therefore she moves at multiple Mach speeds, therefore she can flap her arms and generate sonic booms.
Yes but I didnt ask you wether you thought is was bad writing or not I asked you if somebody can dodge bullets after they have been fired
The Hulk can catch tank shells and therefore can move at supersonic speed.
I dont see how the Hulks legs msucles cant propel him at supersonic speed and I dont care if you cant be bothered to work it out. If you dont i'll get somebody who will.
A space shuttle weighs 2200 tons can produce 30000 tons of force and reach 3094 MPH. The Hulk weighs 1500lbs can produce millions of tons of force and contract his muscles very quickly...and its illogical to think he can reach supersonic speed 🤨
Originally posted by Disappear
most bullets fired from handguns fly at around 400 miles per hour.
They vary 38 caliber lowest is 470 the highest is 668. 45 calibers reach up to 722. Im pretty sure there are some impressive dodging feats that dont involve handguns.
Originally posted by Disappear
if the bullet was fired from ten meters away,
Well I wasnt refering to ten meters away. I was talking about point blank or very close. For example in a Shang Chi example the shooter was very close, he had fired the gun and the bullets were already travelling towards him, then he moved away
Originally posted by Disappear
it would take about one-eighteenth of a second to move to the target. now, assuming the widest portion of the body is the shoulders, and the bullet is aimed at a spot which requires the body to move the furthest to avoid it [we'll estimate half a meter,] the target would only need to move at a speed of approximately one to two miles per hour [assuming the bullet and target both begin moving at the same time] in order to avoid it. that's mach .0015. that is very slow. of course, that takes liberties with the scenario, assuming the target is aware of the bullet's trajectory, can anticipate when it'll be shot, and only a single round is being fired. but that is not particularly difficult, especially in comic book instances where characters like spider-man and daredevil CAN anticipate those characteristics, and CAN move with exceptional speed and agility. they don't need to be moving at mach speeds for a bullet to miss them.
Well all you are doing is giving me an example of where they would not have to travel at supersonic speed, does that refute my argument? Heres the problem there are other circumstances.
Sometimes there is no way in which they can anticipate them like in the Shang example and in particular im talking about the Hulk catching tank shells. Tank shells travel alot faster than handgun bullets.
Originally posted by Disappear
muscular contractions occur differently for different tasks. lifting heavy amounts of weight requires strengthened slow-twitch muscle fibers, while moving at high rates of speed requires strengthened fast-twitch fibers. while there is some overlap, as fast-twitch fibers are capable of moving and supporting weight, and slow-twitch fibers are capable of contracting more quickly than a standard "rep" would bely, one cannot overcompensate for the other. so, while hulk might be able to lift massive amounts of weight, that doesn't necessarily imply he has the fast-twitch fibers in his musculature [properly trained and coordinated] to accomplish super-speed running.
Well if he can catch tank missles how fast do you think he can twitch. If the Hulk tried to run the power in his muscles could send hil off into orbit, in particular im refering to him being able to reach supersonic speed by jumping. Since you've joined this debate i'll ask you this question:
A space shuttle weighs approx 2200 tons and can produce 30000 tons of force with rockets and can reach 3094 MPH. Hulk weighs 1500lbs and can produce millions tons of force and can contract his muscles very quickly dont you think he could reach supersonic speeds if he jumped?
Originally posted by Disappear
contracting your muscles, i.e. flexing, does create an amount of volumetric displacement. that's why muscles look bigger and visibly shift. but for a contraction to create a shockwave similar to the burst of kinetic energy released when clapping, not only would the size change have to be monumental [which it is not, even in the case of the hulk,] but it would need to displace the surrounding air at several hundred times the possible speed of contraction. watch your bicep next time you flex it. it take maybe a tenth of a second to tighten, and considerably more time and effort to tighten it to its toughest, hardest contraction. even if the hulk's bicep shifted almost an entire cubic meter of air [which is wildly impossible,] it would still need to be contracting at hundreds of miles per hour [exponentially faster than slow-twitch muscle fibers can contract] to cause any noticeable burst of wind or energy at any distance away from hulk's own body. the reason his thunderclap is different is because of, as x has said many times, the amount of kinetic energy in each hand as they collide. reasonably, hulk could create great amounts of tension in his muscles, tightening his shoulders, pecs and arms against an amount of tension in his back muscles. when relaxing his back muscles, all of the tension that built up in his upper body could be released, causing an impact in his hands that disperses the kinetic energy. the effect doesn't come directly from the muscular contraction, it comes from the collision. there isn't, again as x has said, some magical, muscle energy which can replicate a collision in a contraction.
Im not talking about "magic", im talking about pressure waves. If the Hulk applied his muscles to the ground they can create pressure waves that cause earthquakes. He applies his muscles to the air and nothing happens? The fact of the matter is his muscles create powerful pressure waves if he can create earthquakes in the ground when he applies it to the air the pressure waves should be felt.
Originally posted by Disappear
EDIT: ****ed up a conversion. they'd have to move at approximately 20 miles per hour, which is really not that much in terms of reactive jerks of the body.knew something seemed off...
Well yeah if your gonna give an example of ten meters yeah. What about AFTER the gun has been fired and they are very close. What about catching a tank shell?