During the game I was fooling around with my Dad's camera and snapped this shot of the NY Giants punter. When I looked at the aftershot through the lens, I instantly thought...I'm gonna use this for my blog! When the punter drops the ball, it falls to the ground with gravity at a rate of 9.8 meters per second. This means that once the ball is dropped, he must quickly bring his leg forward to kick it before it hits the ground. That has to be fast. The ball falls to the ground at that rate of acceleration each second if you calculate out the resistance factor. After one second, the ball would have fallen 9.8 meters; after two, the ball would have fallen 19.6 meters.
Tuesday, February 17, 2009
Pro-Bowl Shenanigans
Last weekend, I was lucky enough to have 50 yard line tickets to the Pro Bowl. My Dad knew one of the NFL's Director of Media Associates and she was kind enough to give us those free tickets. We were sitting right above John Madden and Al Michaels!
During the game I was fooling around with my Dad's camera and snapped this shot of the NY Giants punter. When I looked at the aftershot through the lens, I instantly thought...I'm gonna use this for my blog! When the punter drops the ball, it falls to the ground with gravity at a rate of 9.8 meters per second. This means that once the ball is dropped, he must quickly bring his leg forward to kick it before it hits the ground. That has to be fast. The ball falls to the ground at that rate of acceleration each second if you calculate out the resistance factor. After one second, the ball would have fallen 9.8 meters; after two, the ball would have fallen 19.6 meters.
During the game I was fooling around with my Dad's camera and snapped this shot of the NY Giants punter. When I looked at the aftershot through the lens, I instantly thought...I'm gonna use this for my blog! When the punter drops the ball, it falls to the ground with gravity at a rate of 9.8 meters per second. This means that once the ball is dropped, he must quickly bring his leg forward to kick it before it hits the ground. That has to be fast. The ball falls to the ground at that rate of acceleration each second if you calculate out the resistance factor. After one second, the ball would have fallen 9.8 meters; after two, the ball would have fallen 19.6 meters.
Tuesday, February 3, 2009
Superbowl Commercial
Just like every American should, this past Sunday my dad and I watched the Superbowl. What was different about this year's one was the commercials right after the first half. For those we were instructed to "pull out those 3d glasses" for some intense fun! With these glasses, the picture seemed to be jumping out of the television set into my living room. How you may ask? Well, to confuse the brain and make it appear that it is seeing something in 3d, the television is actually projecting two sets of images from the set. Using the glasses helps to separate both of these images so that one eye will see the first image and the other will see the second. While 3d technology at first sounds very complicated, all it is doing is tricking the brain into seeing something that does not exist.
![](http://ecx.images-amazon.com/images/I/21MRv6mFbrL._SL500_AA280_.jpg)
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