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Post by Fantozzi on Apr 18, 2008 18:44:00 GMT -5
weight x height x G (=9,,81 on earth) just jump as high as possible and you'll get the most force not really when you use a hammer you don't just let it fall flat, you give it as much speed as possible using a leverage
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Post by tibbo on Apr 19, 2008 6:52:27 GMT -5
They're all amazing, but I'd go with a Frog Splash of the Five Star variety. First of all, my band is named Five Star so that'd be a cool little thing. But also because, while those other moves look very pretty, they don't always look like they'd hurt all that much. If I were really going to splash someone in real life, I'd want to get as high in the air as possible before coming down.
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chairshotshurthead
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Posts: 1,100
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Post by chairshotshurthead on Apr 19, 2008 7:28:48 GMT -5
Straight up and down seems like it'd have more impact, whereas the flippy-doos seem like you'd roll off a bit with the momentum.
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Post by Captain Wonderful on Apr 19, 2008 22:45:47 GMT -5
You won't come down with any more force or velocity either way. You can't change your weight and you can't change gravity no matter what. No, but you can certainly change the speed with which you're falling. Your weight will always bee the same, but not the impact you make. Right? Or...I sucked in school, whatever.
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Post by capnsteve on Apr 19, 2008 23:19:18 GMT -5
It's kind of weird that the SSP is the fanciest of all the choices, yet the weakest. Most people who do a SSP spin pretty slowly and land chest/stomach first on their victim, which is the part of their body that's actually traveling up when they hit.
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Post by demolitionfan on Apr 19, 2008 23:40:57 GMT -5
"Brother at my age my feet don't leave the ground"!
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Post by Da (No Sold) 7-1-3 Itch on Apr 20, 2008 0:25:17 GMT -5
Here's what I typed a while ago when trying to explain how moves would actually work if they were real I'll try to explain some Codebreaker: Think of how if you were on a slippery floor and slip forward, except not only are you forced to lose you feet from under you and rapidly propell forward(With the entire weight of Y2J vs. the weight and mass of just your head), but you get to land face first on some hard knees to crack your frontal lobe. Chokeslam: 1. You're being choked 2. The arm that's choking you applies more pressure by lifting you up and causing your entire body to give into gravity(The arm/hand is like a noose tightening around your neck while you are in the air) 3. You're up high and then are slammed right back down with full force with pressure on your neck and the obvious pain of a fall from a high enough altitude Shooting Star Press:
1. A regular splash from the floor is just going to allow you to jump only so high, which will not have that much of an impact, you just fall directly down
2. By jumping backwards and flipping against your position, you force your body to use its own momentum to snap back and hit full impact with the initial force
3. Think of how the farther you stretch a rubberband, the harder it hits (The more room you force yourself to flip, the more momentum and impact it will have on the splash) Stunner: 1. Compressing your neck and part of your upperback against the shoulders of Austin while he snaps his body downward full force, enough said
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Post by Big Daddy Bad Booking on Apr 20, 2008 11:38:12 GMT -5
Just a regular splash, because I'm a big guy that only needs power for the most part to be effective. And the splash would be one of those.
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Post by Tea & Crumpets on Apr 20, 2008 12:40:47 GMT -5
Here's what I typed a while ago when trying to explain how moves would actually work if they were real I'll try to explain some Codebreaker: Think of how if you were on a slippery floor and slip forward, except not only are you forced to lose you feet from under you and rapidly propell forward(With the entire weight of Y2J vs. the weight and mass of just your head), but you get to land face first on some hard knees to crack your frontal lobe. Chokeslam: 1. You're being choked 2. The arm that's choking you applies more pressure by lifting you up and causing your entire body to give into gravity(The arm/hand is like a noose tightening around your neck while you are in the air) 3. You're up high and then are slammed right back down with full force with pressure on your neck and the obvious pain of a fall from a high enough altitude Shooting Star Press:
1. A regular splash from the floor is just going to allow you to jump only so high, which will not have that much of an impact, you just fall directly down
2. By jumping backwards and flipping against your position, you force your body to use its own momentum to snap back and hit full impact with the initial force
3. Think of how the farther you stretch a rubberband, the harder it hits (The more room you force yourself to flip, the more momentum and impact it will have on the splash) Stunner: 1. Compressing your neck and part of your upperback against the shoulders of Austin while he snaps his body downward full force, enough said Indeed. Like I said earlier, the elastic energy generated by the backflip cancels out the loss through contrasting velocities. So it has no more or less impact than a regular splash (May have more if you rotate really fast), but isn't as effective as a 450.
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Post by capnsteve on Apr 20, 2008 21:11:18 GMT -5
What "elastic energy"? Do you snap forward every time you lean backward or something?
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