What's on your CTRL+V?
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Re: What's on your CTRL+V?
How many DNA molecules make up an unreplicated chromosome?
"One of the ways that I believe people express their appreciation to the rest of humanity is to make something wonderful and put it out there." – Steve Jobs
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Re: What's on your CTRL+V?
ample/Template Transfer Sequence List (TSL) For Mission Possible – 2016
I love:
minions, Dolphin Tale Movies, Olaf, One Direction, Little mix, and 5 seconds of summer
2015: medals
1st place road scholar-regional
2016:medals
regional:
1st-road scholar
2nd-crave the wave
3rd-fossils
3rd-reach for the stars
minions, Dolphin Tale Movies, Olaf, One Direction, Little mix, and 5 seconds of summer
2015: medals
1st place road scholar-regional
2016:medals
regional:
1st-road scholar
2nd-crave the wave
3rd-fossils
3rd-reach for the stars
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Re: What's on your CTRL+V?
There are 9.6 x 10^52 calories in a cubic light year of broccoli.
Division C
Astronomy, Materials Science, Remote Sensing, Electric Vehicle, Rocks and Minerals
Astronomy, Materials Science, Remote Sensing, Electric Vehicle, Rocks and Minerals
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Re: What's on your CTRL+V?
http://scioly.org/phpBB3/viewtopic.php?f=207&t=7685 Hmm directing someone to wind power thread on IRC yesterday.
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Re: What's on your CTRL+V?
For human development to continue, we will ultimately need to find sources of renewable or virtually inexhaustible energy. It's difficult to imagine this, but even if we find several hundred or even thousand years of coal and natural gas supplies (and found a way to use them without warming the planet), what will humans do for the next 5,000 years or so after they are depleted? Even the most apparently "inexhaustible" sources like fusion involve the generation of large amounts of waste heat -- enough to place damaging stress on even a robust ecosystem like Earth's, at least for the organisms that depend upon stability of the system to survive.
We are engaged in a sort of world-wide chemical-biological experiment, with our descendents as the subjects. Our present habits of energy use are shaping an entirely different earth than the one with which we are familiar. These changes are now beginning to be expressed. There is no one to preserve the familiar and there's no guarantee that things will turn out the best for our particular species. Some had looked ahead and seen this. But they usually didn't get much support from societies that are too busy trying to "make do" and that are rushing backwards into the future -- in other words, virtually every society on earth. We are paying the price.
One of the areas that suffers because of this backward thinking is the development of renewable energy sources -- and the topic of this section: Wind Energy Conversion.
There's a lot of underlying popular support for wind energy and the other renewables in the United States. But there's also a lot of apathy as well. We are blissfully sedated by low conventional energy prices and are gulping down the few remaining years of cheap natural gas, fracked oil, and Middle East oil. As we do this, the inertia of climate change is inexorably building.
What drives the continued development of mechanical devices like wind turbines in the face of this widespread lack of support? In the case of wind turbine technology, I suspect that part of the reason for persistence of this vision is how accessible wind turbines are to the understanding. They are personal in a way that almost no other form of power generation is.
This "personal" scale has been both the blessing and the curse of wind power development. The field tends to attract people who are committed, creative, and passionate. It also still attracts a few people who are a little too much of all of those things, to the point that sometimes the grounding of reality is lost. Both of these tendencies will be evident in this brief history of wind power development. Wind power is finally succeeding because of the ability of its serious proponents to bank the fires of "Romance." Unfortunately, there are still people peddling perpetual motion machines and ideas that are too good to be true: electrostatic wind converters, tethered wind turbines, magical augmenters and other concepts that distract us from focusing on defining wind generation's role as a practical alternative to conventional generation sources.
Wind energy conversion is a fascinating field to study, if only because its past has been so checkered and its exact future is so uncertain. Unlike the aerospace industry, the computer industry, and almost any other successful industry you can name, wind energy -- the leading mechanically-based renewable energy for much of man's history -- has never made anyone rich for long. But unlike many of these other industries, it has been around for thousands of years. It's a technology that has been reinvented numerous times. We are left with the promise and the drive to succeed despite daunting (and sometimes puzzling) obstacles.
Sorry
We are engaged in a sort of world-wide chemical-biological experiment, with our descendents as the subjects. Our present habits of energy use are shaping an entirely different earth than the one with which we are familiar. These changes are now beginning to be expressed. There is no one to preserve the familiar and there's no guarantee that things will turn out the best for our particular species. Some had looked ahead and seen this. But they usually didn't get much support from societies that are too busy trying to "make do" and that are rushing backwards into the future -- in other words, virtually every society on earth. We are paying the price.
One of the areas that suffers because of this backward thinking is the development of renewable energy sources -- and the topic of this section: Wind Energy Conversion.
There's a lot of underlying popular support for wind energy and the other renewables in the United States. But there's also a lot of apathy as well. We are blissfully sedated by low conventional energy prices and are gulping down the few remaining years of cheap natural gas, fracked oil, and Middle East oil. As we do this, the inertia of climate change is inexorably building.
What drives the continued development of mechanical devices like wind turbines in the face of this widespread lack of support? In the case of wind turbine technology, I suspect that part of the reason for persistence of this vision is how accessible wind turbines are to the understanding. They are personal in a way that almost no other form of power generation is.
This "personal" scale has been both the blessing and the curse of wind power development. The field tends to attract people who are committed, creative, and passionate. It also still attracts a few people who are a little too much of all of those things, to the point that sometimes the grounding of reality is lost. Both of these tendencies will be evident in this brief history of wind power development. Wind power is finally succeeding because of the ability of its serious proponents to bank the fires of "Romance." Unfortunately, there are still people peddling perpetual motion machines and ideas that are too good to be true: electrostatic wind converters, tethered wind turbines, magical augmenters and other concepts that distract us from focusing on defining wind generation's role as a practical alternative to conventional generation sources.
Wind energy conversion is a fascinating field to study, if only because its past has been so checkered and its exact future is so uncertain. Unlike the aerospace industry, the computer industry, and almost any other successful industry you can name, wind energy -- the leading mechanically-based renewable energy for much of man's history -- has never made anyone rich for long. But unlike many of these other industries, it has been around for thousands of years. It's a technology that has been reinvented numerous times. We are left with the promise and the drive to succeed despite daunting (and sometimes puzzling) obstacles.
Sorry

Smith Middle School
Dayton, OH
Dayton, OH
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Re: What's on your CTRL+V?
Anderson, Benedict. "2: Cultural Roots." Imagined Communities: Reflections on the Origin and Spread of Nationalism. London: Verso, 1991. 9-36. Print.
Ellison, Ralph. Invisible Man. New York: Vintage International, 1995. Print.
(Just finished my essay for English, copypasted my works cited from easybib
)
Ellison, Ralph. Invisible Man. New York: Vintage International, 1995. Print.
(Just finished my essay for English, copypasted my works cited from easybib

2013~Designer Genes~Disease Detectives~Forensics~Remote Sensing
2014~Anatomy~Experimental Design~Mission Possible
2015~Anatomy~Cell Biology~Experimental Design~Mission Possible
2016~Air Trajectory~Anatomy~Cell Biology~Experimental Design~Protein Modeling~Robot Arm~Wright Stuff
Interlake High School
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2014~Anatomy~Experimental Design~Mission Possible
2015~Anatomy~Cell Biology~Experimental Design~Mission Possible
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Interlake High School
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Re: What's on your CTRL+V?
red sores that quickly rupture, ooze for a few days and then form a yellowish-brown crust. The sores usually occur around the nose and mouth but can be spread to other areas of the body by fingers, clothing and towels.
Making my cheat sheet for anatomy...
Making my cheat sheet for anatomy...

2015-2016 events:Chattahoochee/Dodgen/Regionals/State/Nats?
Anatomy and Physiology: 4/////
Green Generation: 6/////
Air Trajectory: NA/////
Crime Busters: 2/////
Anatomy and Physiology: 4/////
Green Generation: 6/////
Air Trajectory: NA/////
Crime Busters: 2/////
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Re: What's on your CTRL+V?
2013~Designer Genes~Disease Detectives~Forensics~Remote Sensing
2014~Anatomy~Experimental Design~Mission Possible
2015~Anatomy~Cell Biology~Experimental Design~Mission Possible
2016~Air Trajectory~Anatomy~Cell Biology~Experimental Design~Protein Modeling~Robot Arm~Wright Stuff
Interlake High School
GO SAINTS!
2014~Anatomy~Experimental Design~Mission Possible
2015~Anatomy~Cell Biology~Experimental Design~Mission Possible
2016~Air Trajectory~Anatomy~Cell Biology~Experimental Design~Protein Modeling~Robot Arm~Wright Stuff
Interlake High School
GO SAINTS!