Period 1
| Anthony Abron | |||||||
| Thomas Allen | |||||||
| Brian Beck Billy Bevivino |
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| Chris Bonner | |||||||
| Jack Connor | |||||||
| Timmy Dagit | |||||||
| Matt Jones | |||||||
| Will Ka | |||||||
| Britt Kershne | |||||||
| Alex McLaughlin | |||||||
| John Nassib | |||||||
| Ross Sherman | |||||||
| Colin Sullivan | |||||||
| David Van Sleet | |||||||
| Nick Wells |
Period 2
| Drew Barrar | |||||||
| Richard Chakejian | |||||||
| JP Clark | |||||||
| Joe Dolan | |||||||
| Jonathan Dollfus | |||||||
| Colin Hayes | |||||||
| John Heller | |||||||
| Ryan Hilburn | |||||||
| Sam Leinhauser | |||||||
| Matthew Maul | |||||||
| Billy McCullough | |||||||
| Kevin McKnight | |||||||
| Connor McNeill | |||||||
| Luke McStravick | |||||||
| Nick Melchiorre | |||||||
| Mark Palmarella | |||||||
| Andy Pancoast | |||||||
| Matthew Ramirez | |||||||
| Jonathan Rava | |||||||
| Jack St. Amour, II | |||||||
| Hadid Thomas | |||||||
| Ricky Walsh |
Period 5
| Kevin Burns | |||||||
| Justin Coyle | |||||||
| Marc D'Angelo | |||||||
| Erik Dresden | |||||||
| Nicholas Flowers | |||||||
| Troy Gallen Tony Gruenling |
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| Bryce Jablonski | |||||||
| Pat Lewer | |||||||
| Ryan Mansfield | |||||||
| David Monzo | |||||||
| Murphy Rogers | |||||||
| Tripp Traynor | |||||||
| Michael Vermeil | |||||||
| Jay Zazzera |
When small stars die they will form red giants first and Earth will go through a fiery death. Then, the small star will form a planetary nebula. Lastly, the cooled down carbon mass will form a white dwarf. Large suns sometimes have enough energy to fuse helium after the hydrogen. In this case they will have a much longer life span. These stars have the potential to form black holes after they finally die off.
ReplyDeleteA black body is an object that absorbs 100 percent of all electromagnetic radiation (that is, light, radio waves and so on) that falls on it. A common image here is that of a brick oven with the interior painted black and the only opening a small window. All light that shines through the window is absorbed by the interior of the oven and none is reflected outside the oven. It is a perfect absorber. As it turns out, this definition of being perfect absorbers suits stars very well! However, this just says that a blackbody absorbs all the radiant energy that hits it, but does not forbid it from re-emitting the energy. In the case of a star, it absorbs all radiation that falls on it, but it also radiates back into space much more than it absorbs. Thus a star is a black body that glows with great brilliance! (An even more perfect black body is a black hole, but of course, it appears truly black, and radiates no light.)
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