"The relationship between long latency responses and height."
I found this while browsing Reddit and I found this study:
http://static-content.springer.com/lookinside/art%3A10.1007%2FBF00314158/001.png
https://link.springer.com/article/10.1007/BF00314158
tl:dr The time it takes for signals to go from your brain to motor functions can be affected by your height, which can be represented linearly by y = 0.11x + 2.15, where y = time in milliseconds and x = your height in centimeters
I thought it was interesting because it means your height can affect how long it takes for you to see something on your screen, and reacting to it by dodging, firing back etc.
"The relationship between long latency responses and height."
I found this while browsing Reddit and I found this study:
http://static-content.springer.com/lookinside/art%3A10.1007%2FBF00314158/001.png
https://link.springer.com/article/10.1007/BF00314158
tl:dr The time it takes for signals to go from your brain to motor functions can be affected by your height, which can be represented linearly by y = 0.11x + 2.15, where y = time in milliseconds and x = your height in centimeters
I thought it was interesting because it means your height can affect how long it takes for you to see something on your screen, and reacting to it by dodging, firing back etc.
so this means short people really are inferior
so this means short people really are inferior
smokeeso this means short people really are inferior
classic tall people level reading comprehension
[quote=smokee]so this means short people really are inferior[/quote]
classic tall people level reading comprehension
smokeeso this means short people really are inferior
It means the opposite.
It also gives an edge to paddie over froyotech, which is nice
[quote=smokee]so this means short people really are inferior[/quote]
It means the opposite.
It also gives an edge to paddie over froyotech, which is nice
How is this in any way suprising?
How is this in any way suprising?
rocketslayclassic tall people level reading comprehension
im 5'8''
[quote=rocketslay]classic tall people level reading comprehension[/quote]
im 5'8''
no wonder paddie sucks lmAO
wait i just read the first reply i got trolled
no wonder paddie sucks lmAO
wait i just read the first reply i got trolled
short children are the future of esports
you heard it here first.
short children are the future of esports
you heard it here first.
This may seem like a stupid point, but seeing as the study focuses on one's reactions with their hands and feet based on their height, would your reaction to something you see be affected by your height, since your eyes are right next door to your brain?
This may seem like a stupid point, but seeing as the study focuses on one's reactions with their hands and feet based on their height, would your reaction to something you see be affected by your height, since your eyes are right next door to your brain?
this is why we cant beat the koreans...it all makes sense...
this is why we cant beat the koreans...it all makes sense...
Bdonski though defies all laws of nature
Bdonski though defies all laws of nature
all men under 6'1 should be sterilized
all men under 6'1 should be sterilized
interesting, and it only makes sense, but the difference between the reaction times of an average 5'1'' person and a 6 foot person is only like 3ms (according to this); i don't think it's too significant
interesting, and it only makes sense, but the difference between the reaction times of an average 5'1'' person and a 6 foot person is only like 3ms (according to this); i don't think it's too significant
MidgetGang Lmfaooo Who Else Hopping On This Waveeeee???? x)
MidgetGang Lmfaooo Who Else Hopping On This Waveeeee???? x)
aren't the signals that travel from your brain through the rest of ur body traveling at like really really fast speeds? I really doubt a couple of inches of extra nerve to travel would make any impact even in milliseconds
a quick google search says the electrical impulses coursing through ur nerves travel almost 400 feet per second
granted if we all had optic fiber spinal cords our electrical impulses would travel roughly 983 million feet per second, which is a little faster
aren't the signals that travel from your brain through the rest of ur body traveling at like really really fast speeds? I really doubt a couple of inches of extra nerve to travel would make any impact even in milliseconds
a quick google search says the electrical impulses coursing through ur nerves travel almost 400 feet per second
granted if we all had optic fiber spinal cords our electrical impulses would travel roughly 983 million feet per second, which is a little faster
"Sorry for the drop, I'm just too tall to react fast enough ¯\_(ツ)_/¯"
"Sorry for the drop, I'm just too tall to react fast enough ¯\_(ツ)_/¯"
this explain why im so bad!!!
this explain why im so bad!!!
mr owl was doomed from the beginning
mr owl was doomed from the beginning
Khakiaren't the signals that travel from your brain through the rest of ur body traveling at like really really fast speeds? I really doubt a couple of inches of extra nerve to travel would make any impact even in milliseconds
a quick google search says the electrical impulses coursing through ur nerves travel almost 400 feet per second
using that number you could use a calculator and see that 1 foot would take 2.5ms which is closeish with what the study is saying
SnackThis may seem like a stupid point, but seeing as the study focuses on one's reactions with their hands and feet based on their height, would your reaction to something you see be affected by your height, since your eyes are right next door to your brain?
the reflex signal would still have to travel to the limbs through the axons in the spinal cord
[quote=Khaki]aren't the signals that travel from your brain through the rest of ur body traveling at like really really fast speeds? I really doubt a couple of inches of extra nerve to travel would make any impact even in milliseconds
a quick google search says the electrical impulses coursing through ur nerves travel almost 400 feet per second[/quote]
using that number you could use a calculator and see that 1 foot would take 2.5ms which is closeish with what the study is saying
[quote=Snack]This may seem like a stupid point, but seeing as the study focuses on one's reactions with their hands and feet based on their height, would your reaction to something you see be affected by your height, since your eyes are right next door to your brain?[/quote]
the reflex signal would still have to travel to the limbs through the axons in the spinal cord
5 FOOT 5 AND GENETICALLY SUPERIOR SUCK MY DINGALING GUYS
WOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO
Show Content
im insecure
5 FOOT 5 AND GENETICALLY SUPERIOR SUCK MY DINGALING GUYS
WOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO
[spoiler]im insecure[/spoiler]
[youtube]https://www.youtube.com/watch?v=tTelnNmRUH0[/youtube]
finally i have another excuse for when i fuck up
finally i have another excuse for when i fuck up
SnackThis may seem like a stupid point, but seeing as the study focuses on one's reactions with their hands and feet based on their height, would your reaction to something you see be affected by your height, since your eyes are right next door to your brain?
I'm fairly sure that your brain waits for the signals from your feet to arrive before it starts processing anything, because if your brain processed information from your eyes before your feet then things would seem slightly out of sync, i.e you would kick something and you would see the thing being kicked before you felt it.
[quote=Snack]This may seem like a stupid point, but seeing as the study focuses on one's reactions with their hands and feet based on their height, would your reaction to something you see be affected by your height, since your eyes are right next door to your brain?[/quote]
I'm fairly sure that your brain waits for the signals from your feet to arrive before it starts processing anything, because if your brain processed information from your eyes before your feet then things would seem slightly out of sync, i.e you would kick something and you would see the thing being kicked before you felt it.