BotchedLobotomy
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Mitsubishi is certainly getting their moneys worth of advertising the last few days.
Quoted For Truth.HowAboutThemCowboys;2921059 said:Mitsubishi is certainly getting their moneys worth of advertising the last few days.
That's true, but it's not really advantageous for Mitsubishi if it were placed in that location. Easily visible sign placement only enhances their corporate image and promotes brand awareness for both the entire stadium audience and those at home.Boyzmamacita;2921094 said:They can always put the word Mitsubishi at the bottom of video itself. The screen is big enough for a permanent logo, that's for sure.
Do these equations factor in the relative distance which the ball will travel? Say, within an ideal environment where wind, etc., does not effect the football's inertia significantly?kmd24;2921160 said:What is so inexact about it?
Simple physics: if a ball is dropped from 90 feet, it takes an easily calcuable time to hit the ground:
t = sqrt(2*90/32) = 2.37 seconds
The number 32 is the acceleration of gravity (actually 32.174 ft/s^2), and this relationship comes from the laws of motion, specifically that
d = (a * t^2) / 2
It's elementary physics.
Now, double that number because the ball has to travel the 90 feet twice, and you will see that any punt that stays in the air for longer than 4.75 seconds has a good chance to hit the videoboard.
Not understanding what "research" needs to be done here, Mr. Goodell.
jackrussell;2920595 said:A guesstimate?
On a billion dollar project.
kmd24;2921160 said:What is so inexact about it?
Simple physics: if a ball is dropped from 90 feet, it takes an easily calcuable time to hit the ground:
t = sqrt(2*90/32) = 2.37 seconds
The number 32 is the acceleration of gravity (actually 32.174 ft/s^2), and this relationship comes from the laws of motion, specifically that
d = (a * t^2) / 2
It's elementary physics.
Now, double that number because the ball has to travel the 90 feet twice, and you will see that any punt that stays in the air for longer than 4.75 seconds has a good chance to hit the videoboard.
Not understanding what "research" needs to be done here, Mr. Goodell.
DallasEast;2921167 said:Do these equations factor in the relative distance which the ball will travel? Say, within an ideal environment where wind, etc., does not effect the football's inertia significantly?
kmd24;2921160 said:What is so inexact about it?
Simple physics: if a ball is dropped from 90 feet, it takes an easily calcuable time to hit the ground:
t = sqrt(2*90/32) = 2.37 seconds
The number 32 is the acceleration of gravity (actually 32.174 ft/s^2), and this relationship comes from the laws of motion, specifically that
d = (a * t^2) / 2
It's elementary physics.
Now, double that number because the ball has to travel the 90 feet twice, and you will see that any punt that stays in the air for longer than 4.75 seconds has a good chance to hit the videoboard.
Not understanding what "research" needs to be done here, Mr. Goodell.
Well, that goes without question, but the same could be said that every punter in this league has the leg necessary for hitting the videoboard, but will not do so. I'm no physicist (not even close), so I was curious as to how far would the ball travel based on hang time. Of course, I should have also inquired about relative field position in retrospect to where the punt originated, but it's all good I guess.kmd24;2921203 said:It's an idealized model that should approximate reality with some fidelity. I think it is all you need to determine that it is a distinct possibility that NFL punters will hit the board.
lol. that's awesomeness.Venger;2921062 said:They should rent the bottom of the sign as an advertisement with a bullseye that says "hit this sign, everyone gets a free taco from Taco Bell". "Hit this sign, the punter gets a free steak from Outback Steakhouse".
It could be brilliant...and the only tacky AA ball gimmick in the league.
DallasEast;2921235 said:Well, that goes without question, but the same could be said that every punter in this league has the leg necessary for hitting the videoboard, but will not do so. I'm no physicist (not even close), so I was curious as to how far would the ball travel based on hang time. Of course, I should have also inquired about relative field position in retrospect to where the punt originated, but it's all good I guess.
Every punt? Wow.kmd24;2921288 said:You don't need to know how far the ball travels to determine how high the punt will go. All you need to know is the hang time. So all they would have had to do is look at hang times for the last few years to figure it out.
Since the board extends from one 20-yard line to the other, every punt would be affected.
DallasEast;2921292 said:Every punt? Wow.