Picture Beating Game

36IStillLikeSpyro36 · May 18, 2013 10:59 PM

Clock-la · May 19, 2013 11:00 AM

Gekoncze · May 19, 2013 1:57 PM

Yes! Do it! It's yummy :3

Hwd45 · May 19, 2013 6:00 PM

Gekoncze · May 26, 2013 9:00 PM

Clock-la · May 27, 2013 12:56 PM

NO!

Gekoncze · May 27, 2013 1:21 PM

ok ._.

Hwd45 · May 27, 2013 4:05 PM

36IStillLikeSpyro36 · May 27, 2013 6:29 PM

Hwd45 · May 28, 2013 1:56 PM

36IStillLikeSpyro36 · May 28, 2013 3:55 PM

Clock-la · May 28, 2013 6:11 PM

NEVER!!!

Gekoncze · May 28, 2013 8:27 PM

4ever

Hwd45 · May 29, 2013 4:13 PM

lever

Swaffy · Jun 01, 2013 4:53 AM

Gekoncze · Jun 01, 2013 8:07 AM

XD you just made my day ^.^

Hwd45 · Jun 01, 2013 8:57 PM

xD

Clock-la · Jun 08, 2013 10:52 AM

Goodness!!

36IStillLikeSpyro36 · Jun 09, 2013 4:00 AM

Hwd45 · Jun 09, 2013 7:01 PM

Mateos · Jun 09, 2013 8:46 PM

Hwd45 · Jun 09, 2013 9:39 PM

36IStillLikeSpyro36 · Jun 09, 2013 10:33 PM

As with any fence, barbed wire fences require gates to allow the passage of persons, vehicles and farm implements. Gates vary in width from 12 feet (3.7 m) to allow the passage of vehicles and tractors, to 40 feet (12 m) on farm land to pass combines and swathers.

One style of gate is called the Hampshire gate in the UK, a New Zealand gate in some areas, and often simply a "gate" elsewhere. Made of wire with posts attached at both ends and in the middle, it is permanently wired on one side and attaches to a gate post with wire loops on the other. Most designs can be opened by hand, though some gates that are frequently opened and closed may have a lever attached to assist in bringing the upper wire loop over the gate post

Hwd45 · Jun 10, 2013 2:57 PM

A molecular vibration occurs when atoms in a molecule are in periodic motion while the molecule as a whole has constant translational and rotational motion. The frequency of the periodic motion is known as a vibration frequency, and the typical frequencies of molecular vibrations range from less than 1012 to approximately 1014 Hz.
In general, a molecule with N atoms has 3N – 6 normal modes of vibration, but a linear molecule has 3N – 5 such modes, as rotation about its molecular axis cannot be observed. A diatomic molecule has one normal mode of vibration. The normal modes of vibration of polyatomic molecules are independent of each other but each normal mode will involve simultaneous vibrations of different parts of the molecule such as different chemical bonds.
A molecular vibration is excited when the molecule absorbs a quantum of energy, E, corresponding to the vibration's frequency, ν, according to the relation E = hν (where h is Planck's constant). A fundamental vibration is excited when one such quantum of energy is absorbed by the molecule in its ground state. When two quanta are absorbed the first overtone is excited, and so on to higher overtones.
To a first approximation, the motion in a normal vibration can be described as a kind of simple harmonic motion. In this approximation, the vibrational energy is a quadratic function (parabola) with respect to the atomic displacements and the first overtone has twice the frequency of the fundamental. In reality, vibrations are anharmonic and the first overtone has a frequency that is slightly lower than twice that of the fundamental. Excitation of the higher overtones involves progressively less and less additional energy and eventually leads to dissociation of the molecule, as the potential energy of the molecule is more like a Morse potential.
The vibrational states of a molecule can be probed in a variety of ways. The most direct way is through infrared spectroscopy, as vibrational transitions typically require an amount of energy that corresponds to the infrared region of the spectrum. Raman spectroscopy, which typically uses visible light, can also be used to measure vibration frequencies directly. The two techniques are complementary and comparison between the two can provide useful structural information such as in the case of the rule of mutual exclusion for centrosymmetric molecules.
Vibrational excitation can occur in conjunction with electronic excitation (vibronic transition), giving vibrational fine structure to electronic transitions, particularly with molecules in the gas state.
Simultaneous excitation of a vibration and rotations gives rise to vibration-rotation spectra.

Clock-la · Jun 11, 2013 11:35 PM

humbra

#351 May 18, 2013 10:59 PM

Re: Picture Beating Game

#352 May 19, 2013 11:00 AM

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#353 May 19, 2013 1:57 PM

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#354 May 19, 2013 6:00 PM

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#355 May 26, 2013 9:00 PM

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#356 May 27, 2013 12:56 PM

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#357 May 27, 2013 1:21 PM

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#358 May 27, 2013 4:05 PM

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#359 May 27, 2013 6:29 PM

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#360 May 28, 2013 1:56 PM

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#361 May 28, 2013 3:55 PM

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#362 May 28, 2013 6:11 PM

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#363 May 28, 2013 8:27 PM

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#364 May 29, 2013 4:13 PM

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#365 Jun 01, 2013 4:53 AM

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#366 Jun 01, 2013 8:07 AM

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#367 Jun 01, 2013 8:57 PM

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#368 Jun 08, 2013 10:52 AM

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#369 Jun 09, 2013 4:00 AM

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#370 Jun 09, 2013 7:01 PM

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#371 Jun 09, 2013 8:46 PM

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#372 Jun 09, 2013 9:39 PM

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#373 Jun 09, 2013 10:33 PM

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#374 Jun 10, 2013 2:57 PM

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#375 Jun 11, 2013 11:35 PM

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