Aavriwnys veih 21:22, 7 Jerrey Geuree 2010 reagh Shimmin Beg (resoonaght \| cohortyssyn) 10,932 edits Duillag noa		Aavriwnys veih 12:34, 8 Jerrey Geuree 2010 reagh rass Shimmin Beg (resoonaght \| cohortyssyn) 10,932 edits Mooadaghey Y caghlaa ny snoa →
Linney 1: [[Coadan:Force.png\|right\|300 px\|thumb\|Dy cadjin, t'ad soilshaghey forseyn myr seiy ny tayrn. Foddee ad gobbraghey liorish [[trimmid]], [[magnaidys]] as [[phenomenon\|phenomena]] elley ta cur er nhee siyraghey.]] She parameter vaghtooragh eh '''forse''', as ta paart mooar echey ayns [[obbrinaght chlassicagh]]. Foddee eh [[~~siyraghey~~bieauaghey]] ny [[aachummey]] nheeghyn, as trooid eiyrtys 'orse, foddee oo jannoo [[obbyr (fishag)\|obbyr]] ny caghlaa [[bree]] nhee ennagh. Ta [[mooadys (maddaght)\|mooadys]] as [[troa (maddaght)\|troa]] ec forse, as myr shen, she [[vaghtoor]] t'ayn. Ta [[leighyn gleashaght Newton]] meenaghey forse myr cormid caghlaa momentum nhee ennagh, dy ghraa myr shen: Linney 10: '''F''' çheet er Forse (N)<br /> '''m''' çheet er [[Glout\|Ghlout]] (Kg)<br /> '''a''' çheet er [[~~siyraghey~~bieauaghey]] Ren ny shenn [[fallsoonys\|'allsoonee]] ymmyd jeh'n eie dy row forse ayn er son studeyrys er nheeghyn [[obbrinaght staddagh\|staddagh]] as [[dynamickyn\|gleashagh]]. Ren [[Aristotle]] ymmyd yn eie shen y veenaghey, agh va'n eie echey goaill stiagh far-hoiggalyn bunneydagh v'ayn foast rish ymmodee keeadyn. Haink [[Archimedes]] dy hoiggal eh ny share liorish cooilleeiney [[jeshaght bunneydagh\|jeshaghtyn bunneydagh]], agh ec y traa shen, shimmey peiagh va credjue eieyn Aristotle foast.<ref name="Archimedes">{{enmyseddyrvoggyl \| screeudeyr = T.L. Heath \| kiangley = http://www.archive.org/details/worksofarchimede029517mbp \| ennym = ''The Works of Archimedes'' (1897). The unabridged work in PDF form (19 MB) \| soilsheyder = [[Archive.org]] \| datefeddyn = 2007-10-14 \| çhengey = Baarle }}</ref> Rish toshiaght [[Lhing ny Soilsheyraght]], chiartee [[Isaac Newton]] ny far-hoiggalyn shoh lesh fys maddaghtoil va cummal magh rish tree keeadyn, faggys.<ref name=uniphysics_ch2>{{enmyslioar \| ennym = University Physics \| screeudeyr = Sears \| coscreeudeyryn = Young & Zemansky \| duillag = 18–38 \| çhengey = Baarle }}</ref> Leah 'sy 19oo eash, doshil [[Einstein]] sheiltynys ny [[conastaght er lheh]] er son dy 'aaishnaghey dy kiart cre'n aght vees forseyn ardjaghey dy [[easponaantagh]]<!-- fys aym nagh vel y fockle shoh ayn, agh cha s'aym cre vees share! shen rere Yernish ''easpónantúil'' --> tra ta breneen çheet tayrn er-gerrey da [[bieauid hollys]]. ==Imraaghyn== Line 18 ⟶ 34: <!-- Philosophers in [[antiquity]] have used the concept of force in the study of [[statics\|stationary]] and [[dynamics (physics)\|moving]] objects. [[Aristotle]] attempted to define this concept in detail but incorporated fundamental misunderstandings that lasted many centuries. [[Archimedes]] developed a better understanding of force by observing [[simple machines]], but many in his time still believed Aristotle's concept of force.<ref name="Archimedes">{{cite web \|last=Heath,T.L. \| url = http://www.archive.org/details/worksofarchimede029517mbp \| title = ''The Works of Archimedes'' (1897). The unabridged work in PDF form (19 MB)\| publisher = [[Archive.org]] \| accessdate = 2007-10-14 }}</ref> When the [[Age of Enlightenment]] began, [[Isaac Newton\|Sir Isaac Newton]] corrected these misunderstandings with mathematical insight that remained unchanged for nearly three hundred years.<ref name=uniphysics_ch2/> By the early 20th century, [[Einstein]] developed the theory of [[Special Relativity]] to correctly predict how forces increase exponentially for particles approaching the speed of light. With modern insights into [[quantum mechanics]] and technology that can accelerate particles close to the speed of light, [[particle physics]] has devised a [[Standard Model]] to describe forces between particles smaller than atoms. The [[Standard Model]] predicts that exchange particles called [[gauge boson]]s are the fundamental means by which forces are emitted and absorbed. Only four main interactions are known: in order of decreasing strength, they are: [[strong force\|strong]], [[electromagnetic force\|electromagnetic]], [[weak force\|weak]], and [[gravitational force\|gravitational]].<ref name="texts" /> [[High energy physics\|High-energy particle physics]] [[observation]]s made during the 1970s and 1980s confirmed that the weak and electromagnetic forces are expressions of a more fundamental [[electroweak]] interaction.<ref name="final theory" />

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