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inerciuli m masa, romelic axasiaTebs sxeulis reaqcias gare Zalaze. Tu v
4. rxevebi da talRebi. 4.1. rxeva. harmoniuli rxevebi rxeva ewodeba iseT moZraobas an process, romelic zustad an raime miaxloebiT meordeba drois erTsa da imave SualedSi. fizikuri procesebis xasiaTis mixedviT ansxvaveben meqanikur da eleqtromagnitur rxevebs da maT kombinaciebs. droze damokidebulebiT ansxvaveben periodul (nax. 30 a,b,g) da araperiodul rxevebs (nax. 30 d) periodulobis pirobaa: nax. 30 x ( t + T) = x( t) ) sadac T - rxevis periodia, x − droSi cvladi fizikuri sidide. perioduli rxevis mniSvnelovani saxea harmoniuli (sinosoidaluri) rxevebi (nax. 30 a). merxevi sistemis mixedviT arCeven martiv (erTi Tavisuflebis xarisxiT), Tavmoyrili parametrebiT (Tavisuflebis xarisxis sasrulo raodenobiT) da ganawilebuli parametrebiT, romelTac gaaCniaT sakuTari sixSireebis usasrulo raodenoba. periodul rxevebs, romlis drosac merxevi sidide icvleba sinusis an kosinusis kanoniT, harmoniuli rxevebi ewodeba (nax. 31). x = A ω t + ϕ), an x = A ω t + ϕ) cos( 0 nax. 31. sin( 0 58
Page 1 and 2:
v. melaZe fizikis kursi (I nawili)
Page 3 and 4:
fizikis kursis pirveli nawili _ meq
Page 5 and 6:
molekuluri fizika 68 5. idealuri ai
Page 7 and 8: fizikuri sidideebi, ganzomileba, er
Page 9 and 10: ZiriTadi erTeulebis gansazRvra sigr
Page 11 and 12: laTinuri anbani berZnuli anbani A,
Page 13 and 14: sxeulis umartivesi fizikuri modelia
Page 15 and 16: es gamosaxulebebi gansazRvraven saS
Page 17 and 18: 2 dv v1 a τ = τ , an = n dt R τ
Page 19 and 20: unviTi moZraobis dros sxeulis yvela
Page 21 and 22: 1 ω υ = = T 2π 1 [ ] = wm υ =wm
Page 23 and 24: 2. dinamika 2.1. materialuri wertil
Page 25 and 26: niutonis meore kanoni. sxeulze momq
Page 27 and 28: klasikur (niutonis) meqanikaSi gani
Page 29 and 30: inerciuli da arainerciuli sistemebi
Page 31 and 32: nax. 16. k- drekadobis koeficientia
Page 33 and 34: xaxunis Zalebi xaxunis Zalebi warmo
Page 35 and 36: 4. Tu sxeuli raRac ZaliT ekroba ver
Page 37 and 38: omelic SemosazRvrulia Fr (r) mrudiT
Page 39 and 40: 2 2 k mv 2 mv1 A = ΔW = − 2 2 sa
Page 41 and 42: Zala da potenciuri energia davuSvaT
Page 43 and 44: Zalis momenti _ fsevdoveqtoria, mis
Page 45 and 46: mTeli sxeulis inerciis momenti I ud
Page 47 and 48: ar icvleba droSi ( I z = const). im
Page 49 and 50: dros. iqneba: am formuliT gamoiTvle
Page 51 and 52: d p dt = 50 ∑ sadac p sistemis im
Page 53 and 54: 2.6 sxeulTa wonasworobis pirobebi.
Page 55 and 56: Seeqmna masSi sinaTlis gavrcelebisa
Page 57: 3. siCqareTa Sekrebis kanoni. galil
Page 61 and 62: mocemulia wanacvlebis, siCqaris da
Page 63 and 64: sadac A da B sawyisi amplitudebia,
Page 65 and 66: sadac A 0 sawyisi amplitudaa milevi
Page 67 and 68: α − talRis sawyisi faza ⎛ x
Page 69 and 70: 3π A = 2A 2... md amplituda maqsim
Page 71 and 72: sxeulis simkvrive _ ewodeba sxeulis
Page 73 and 74: _ molekulebis saSualo kvadratuli si
Page 75 and 76: -s damokidebuleba -ze mocemulia nax
Page 77 and 78: ganawilebis funqcia eqvemdebareba n
Page 79 and 80: Tavisufali gadarbenis gamoTvla mart
Page 81 and 82: sadac da Sinagani energiis mniSvnel
Page 83 and 84: e.i. kuTri siTbotevadoba siTbos is
Page 85 and 86: adiabaturi gafarToebis muSaoba sada
Page 87 and 88: ciklis dros. _ siTburi manqanis mie
Page 89 and 90: nebismieri ciklisaTvis Termodinamik
Page 91 and 92: entropiis warmodgena, rogorc damouk
Page 93 and 94: maxloblobaSi. Tu nivTiereba imyofeb
Page 95 and 96: temperaturis gadidebiT grafiki iwev
Page 97 and 98: cdomilebaTa sruli Teoriis ganxilva
Page 99 and 100: sadac , , - pirdapiri gazomvebis ab
Page 101 and 102: diferencialebi Secvlilia fizikur si
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