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KuvausThermally Agitated Molecule.gif
English: Shown here is the thermal motion of a segment of protein alpha helix. Molecules have various internal vibrational and rotational degrees of freedom. This is because molecules are complex objects; they are a population of atoms that can move about within a molecule in different ways. This makes molecules distinct from the noble gases such as helium and argon, which are monatomic (consisting of individual atoms). Heat energy is stored in molecules’ internal motions which gives them an internal temperature. Even though these motions are called “internal,” the external portions of molecules still move—rather like the jiggling of a water balloon.
Afrikaans: Hier word die termiese beweging van 'n segment van proteïen alfa-heliks getoon. Molekules het verskeie interne vibrasie- en rotasievryheidsgrade. Dit is omdat molekules komplekse voorwerpe is; hulle is 'n populasie van atome wat op verskillende maniere binne 'n molekule kan beweeg. Dit onderskei molekules van die edelgasse soos helium en argon, wat monatomies is (bestaande uit individuele atome). Hitte-energie word in molekules se interne bewegings gestoor wat hulle 'n interne temperatuur gee. Alhoewel hierdie bewegings "intern" genoem word, beweeg die eksterne gedeeltes van molekules steeds soos die wiebeling van 'n waterballon.
This file was selected as the media of the day for 16 March 2015. It was captioned as follows:
English: Shown here is the thermal motion of a segment of protein alpha helix. Molecules have various internal vibrational and rotational degrees of freedom.
English: Shown here is the thermal motion of a segment of protein alpha helix. Molecules have various internal vibrational and rotational degrees of freedom.
Русский: Тепловое движениеα-пептида. Сложное дрожащее движение атомов, составляющих пептид, случайно. Серые, красные и синие шары обозначают атомыуглерода, кислорода и азота, соответственно; маленькие белые шарики представляют атомы водорода.
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{{Information |Description=Shown here is the thermal motion of a segment of protein alpha helix. Molecules have various internal vibrational and rotational degrees of freedom. This is because molecules are complex objects; they are a population of atoms t