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csoup88

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  1. Rachael- I also thought the idea behind the changing of G was very interesting and how by mastering the impact of the 5th dimension on them they could influence it, also how when they did it the earth itself probably would have fallen apart like the crust and inner core from the change in gravitation.   Nate- Wormholes really blow my mind just imagine what we could do with them if we had them mastered, obviously the hole negative energy thing is a problem though, I wonder if we will be able to learn enough about dark matter or energy to solve this conundrum 
  2. Yet another interesting point from Interstellar was the ending, which many of us have avoided because of the fact that a 5th dimension is very confusing indeed. Now obviously the movie took some creative freedom in this scene but the physics behind the 5th dimension was plausible even though it was a stretch. The idea was that Cooper was sent into the blackhole to be saved by the 5th dimensional beings using a tesseract of sorts. A tesseract is a 5th dimensional object, just as a cube is 3 dimensional or a square is 2 dimensional and so forth. The explanation for the object is that you "ad
  3. One thing that i found interesting in Interstellar was the point made by Anne Hathaway's character that Mann's planet had less a chance at harboring life because the black hole it closely orbited it prevented too many accidents to happen that would start life. In reading Kip Thorne's Physics of Interstellar he goes through the physics of why this statement is very wrong. The main point made by Thorne is that for something to be sucked into the black hole it has to be going right almost at it, otherwise the centrifugal force of say a passing comet would be strong enough to prevent it from b
  4. The moon does some strange things if you haven't noticed! And something very strange is happening this Saturday, April 4th! A so called, "Blood Moon", is to occur that will be the shortest of the century, these are very rare occurrences that are very interesting to examine. The blood moon occurs only when the sun, moon and earth are lined up perfectly with the earth in the middle. The earth as it lines up with the sun casts a large shadow which then envelopes the moon as it passes into the earths shadow. As it does this the moon becomes darker and eventually a reddish hue. The moon is turni
  5. Every night at 11 o'clock that not-so-trusted weather man or lady steps onto your screen wearing some type of unappealing weather motif article of clothing trying to convince you about just what is going to happen tomorrow in our little portion of the atmosphere. Now they could be using a crystal ball as far as we know until they bring up that BIG screen full of moving green blobs that mesmerizes us into believing whatever they say. What exactly is this weather map showing us though? For all we know it is showing the movement of buffalo herds over the plains of America. And also if it does
  6. The epitome of the awkward teen years is of course braces. Almost everyone in the world could use braces, my orthodontist assures me of this, since basically no one in the world has perfectly aligned teeth. The science of orthodontics though requires lots of applications of physics to get the job done! I myself went through the torture of braces for the last four years, beginning with a devilish instrument called a pendulum. Now a pendulum is not anything like a pendulum in a clock that swings back and forth other than the fact that if a pendulum was in your mouth it would probably hurt jus
  7. When lighting strikes where do you run??? To the building with the giant metal pole shooting into the sky right? The answer is yes as counter-intuitive as it sounds, lightning rods have been around for hundreds of years to protect buildings that could otherwise be quickly destroyed by a severe strike. But just how does a all object we'd think to run away from protect us? The answer lies with one of the founding fathers. Ben Franklin, the genius inventor, ambassador and lover of so-called, "air baths" (sitting around naked), also developed the modern lightning rod. He developed the rods know
  8. Stiletto's may seem like a strange shoe to examine after running athletic style shoes like running shoes or spikes, but the physics behind stiletto's is also very interesting. Stiletto's are so interesting because they put all the force of a standing person into a tiny area meaning an enormous amount of pressure! For example the average area of two stiletto's heel is about .01 meter squared, if you say the girl wearing the shoe is 120 pounds, (54.4 kg), she has a force of 533 Newton's on the ground. But since pressure is force divided by area she would have an average pressure of 53,000 Pas
  9. Slip on a pair of running spikes and just like that you're running sub-four-minute-miles! Or so you wish. In reality though spikes can help a lot with runners who want to cut down on their time, spikes you physics to give an advantage to runners! That is why in this blog we will be examining the physics of running spikes. Everyone knows the simple idea of friction, and that the more of it the less you slip! So having rubber socks you would slide much less than if you were in just some cotton ones because the cotton ones will slip! The same thing goes for running shoes! When you apply force
  10. Nowadays people throw out HUGE amounts of money for running shoes, spikes and many other types of shoes, and they all have unique purposes for whatever it is you are doing! I decided to take a look at a number of shoes in a series of blog posts and examine just how these sports companies use physics to make their shoes the best technical shoes in the market! In this blog we will examine just the generic running shoe and what must be considered in making it. Any sort of running shoe you have to expect will be going through miles and miles wear and tear as the shoe wearer goes down roads, tra
  11. Recently I was down at my grandfathers house and while I was there I helped my grandfather change out some lights, but these were halogen lights! After hearing my grandfather complain for some time about how there are too many different light bulbs now a days I got to thinking what makes halogen lights so darn special? I got to looking in on it to see how exactly halogen lights worked and found some interesting things. I found that both a regular light bulb and halogen light bulbs have a tungsten filament that burns at an extremely high temperature. The difference in the halogen lights thou
  12. I know that was a horrible pun, but in truth besides all those 3rd grade science experiments you did in elementary school static electricity can be extremely useful. I think the most interesting application of static electricity was its use in reducing carbon emission. You see large factories would use the basic idea of static electricity in their smokestacks to reduce pollution into the atmosphere. They do this in a pretty ingenious way, first they have an electrically charged metal grid that all the smoke and pollutants pass through. As they pass through the grid many of the small particl
  13. You wake up in a haze in the morning and drowsily walk down the stairs take out some whole wheat bread and pop it into the toaster to be pleased by the sight of evenly browned toast in 45 to 90 seconds. What you didn't realize was physics was the reason your toast was made so well! It may sound silly but any normal toaster uses physics to make your morning snack. A toaster usually is made up of a simple circuit constituting of a power source, the plug in the wall, a giant resistor and a simple timer to make sure your bread isn't burnt! The resistor in your toaster is made up of an alloy bec
  14. Day dreaming in class lead me to thinking about one day how I wanted to visit Australia, this logically led me to thinking of Crocodile Dundee, which then ofcourse led to crocodiles. And then with my physics mind I asked myself... just how bad is a gator bite??? Then I got to researching. I found some very impressive statistics on the subject, the first being that the force of a crocodile bite is as much as 22,000 Newtons!!! This compared to other biting animals such as a shark (3,600 N) gives you a picture of just how impressive this bite is. If you have absolutely no knowledge of shark
  15. I talked about in a previous blog post about the physics that goes into getting an effective and violent take down, but I realized I could apply even more of my physics knowledge to this specific case. Because I know I can find the momentum of a system of two wrestlers during a takedown!!!!!! How awesome. Lets start. The equation for momentum is of course p = mv, p being momentum, m being mass and v being velocity. I know mass pretty easily since we wrestle in weight classes, I am 170 pounds (77 kg) and so is my opponent! Now velocity is a little bit tricky, we can assume that my opponent i
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