Analysis of a Vapor-Compression Refrigeration Cycle<Text-field bookmark="bkmrk0" style="Heading 1" layout="Heading 1">Introduction</Text-field>This application analyzes the following refrigeration cycle, and calculates the coefficient of performance. MFNWtKUb<ob<R=MDLCdNNZsk:LR>D:;RkYVbS_ZRLCTJcDXoXuuxYSu@iYYyYvAerGcM[Fhwtnecd]XB_cLoe\\ICkOTneb<eVjWt[gcBuBjOD>KhF[fJ_c\\_dWqCYMT:aiRAb@CuB?BUIH<?TY]Go?sZYCC=U@?UTUeBYUGEISUTEAW>AsWutBibdSW`ShrGWQOI;UhBkuTOI?=HxuuquElaX\\?ST_frYeIyrYKBsMIXIdAmuwowwIiYsEU]GPSt:fbmW\\ED:DUEbfB^e_JL:ET?ujTaWwXTftjLUUAQNbtocpUUXQbmQmMy]TPXUY\\ekj=y<Yo@tL_MyX@Tf<v\\Yq:LsrPLSTXCMmDMqS\\vt\\YGtmK\\VgewB]oNLyDPvbUtnyUs]XbXY\\XPLTmkxrQQjhInWHyyqxM]SyMoQIpJyMEhN@PqUqplpW;dvTEkPmNWQxJujIUxAMVtaRoIPLTPBiXrQMxTNY]Y;At@`U;]wXqYIpLX=kRtKa]sYLqeXNk\\pjUtqeJFiYXUsJOcyP\\GgxtXjLGc@`aenj@wj@ffbAevW`ZQaZyh@x^Habmw]xpnIA[dQutIniPblxrcQs`wdRprZ?n<`fqPlD?gAakKxdFfkf^jopvxWpl`piGgHxvYok=iwSppgfg@g^VHp:hvbW\\SWe=X_`Xisfdgvqjaty>hwgZG^vyfyUnfs>jono>Gqi`nEYlv`aiHgGql;nkgpcgOvl_`dhvp^emGumg[TWsa_tAOcn^lUViHfqW^ngFeUgp<pgU?hOqg]huuV\\mq^pikgopo`wJonVpqsProWy<qmJa[ex[JwaeFt_InpvpiHacYl^@yFPy`?_eax@FeUGvh?l]po:?sM^hIoc?^ehhluvmSqp[vnYpivafDnhNGjvwdLaceFtTn[nAwg?re^rUalgQehWrMwws>yvOm`awn_fkqsfhcBQmxQ^xW[^ggWHe=WxNhfu>^ex\\aV]<frSGkPQpLp^OGltWmlPcAaeAxnXYhr>hsVkMhkG@nOPxQglfQymH[xXxvFhXNh?OlYfhUAdNai\\x]ENwjg\\_W];GcE^d^Qc^wuSIwFVyH_riQakfh<y\\paxeIqRXwjahMxxHajvFfYX^uYuT?wM`vEwnhhognhiwimhs[Wxgvw?p\\pghpNvUQivojext;Phg`bPql`WfdOgtNiTn_RQ\\MxtAHqFalFifrOeh@b>yaYvqh>aWqjb_syFvBxcLIwqYinNwTaiSAwyp<;fb?W=mZl\\l\\JL::BZSW;<RP;<Jlp<C=;wu=ffOdtmbF=TqkEqoymeGwQB^geHgxYkdHiCl?eioYe_XGaY?cI@CbO_XgeE>_uZefMeYM;UxIrDMSPQFQkXiaSFYe\\erjkT`owCosB]W@qEyyVqAtHaiLqHgaX\\iEVUEwqWdyyjKytAhaaIYEUciu;uFwgs]oCQMTSubPKy]EHQ]IvQDeAT[qTLarywB=oSaWHfgvuGXZeFg?CnGFQ]wTkWhoIhoCIoDX=cNKXtkrdYwYScyyro=riaCI]eCovvsur=VMyDYKwKWGZmBiguUyUjidNaCPEUAQyuSxXAIjOdLut\\SuwoUwWgrAdeext[hVIw_MR`oT\\SwnMFECVgVh_YpiGgPW_fhaEHyh@uUolSNpHVZcWjhvyO`dG?v>p]NpeAImC`mpn[f`n^g_lxkRWxJ`cdilMoxdXf;`y`X\\w`aiHG@SHhoHeW\\QXNUXSyWvtU_<wp=WnTS;DMmtWGTOcMVlpmxAmfhlslWV<UCEsT]VeerkMNUhOiYxTLXWpSPXvu]yxIYYxw>alQhLS\\Ngupi\\wCdsrPKuPpepv]AkEhlNb^[U;?da;wX_eD;iP]gkCipsSSufmgfsevyOdTadmksqkWEwXFyIKwysAF:ecBwEJcSsOvggV_ccqsEUYxSAIjOLeET:AKHQosMO_TSUHpkxUxEYXUXpMQluuStKg<uVqkXiOVMcoW]nppFwZ>wtjPlHgc@fpjpvjHyFI^[GiLXguq\\eFg?Avv^vD`\\WNgeW]DPmI_x]GbWno<ncAqqmXtSnxW@mDxoOy^vGfIwqxhpBihxPyXgpP^hqqckil[pi=phgG_Ppf_Xt]OuNFxufx]vokfiP_o^`to@_RVqqxqSqpvXcupj=hpconMvuWipcpxgfyl?iQoimih?N^xIiTGoJwku^r=PydY\\F_o?OeXx`WHsogn]g^gpcpFuaOfcB:;TQQfTeGgcGGQEh[Ur?FyevcSs>cBqoYwQyPUrpgWUqXfAuKAtJArlCBSUctEHtKITytQyRxOfRqgYuixcWJuSIkEv;Ij;HZCBFQd;ebrGyjIv=aG?[D]_ew]xKyRYGY`IESACl_HJMViwixQyqyiyiyAsEv=d<sDNihbgVL[h`EdKAmkXoeXWUqpgeogholAm?Xj<XqtexdauVaufawfIwMyn_IjFDUV]UNxM[inEulbpW;eUEPun\\Qv\\yVYXIIoAyJIlMvyry]yAqxpqx`qv`ikUtPl@XJ]Kq]ukujWqWYIp]urxhYuaNVuV`mVxDy^Yl_hn_xKx<yZIlAmM[EyZ`wrpqPdji@PtQytasZhQt]xbdj?LSCmYouNImmntXuaTSXKJhpbHOMYtMQwRdWMUTMAr:AJE\\J_xtMYtMquXqoXtkGhkk@R:mt\\ptV=qjERw<uwXYqdLgLs?YwOuXayt`uVaEUT<NeETe]s`TqPplPll@Ls?aysiOhlOl`P:mt\\F`EAkWVap?pn>dhnvOqaVouGNpPf`BaqZplmpk;>jfhZ:>jf<>:BSZ:PZUPwoHutwnRo[:g]ZxmY>^UafnwZMvcvFnR?R_S:;do?R;UXPMxokvlseqgC?mVvoXPcSOOEWcEOacUqFm?ofhZBOttXjHwi>QdBQq<F`dPudicSY^AokVGqlgjHH`:otPOk=yjIVsdGsl?omAoW`[domJOqTn`t^t`Ax?ht]Wp_GeY>qJy]LaudhtSOjtFd=v_IpwnYyUXxYpkohbunarfvN^fvHrgHnHI[q`yAQxlQyHGexWtZVgeV_bwnaxnSo[oq_tGiXWhpOaLyZgWhbn`]QkAymGW`I^v@fu=pyB__`w`@xhIfwNGhRiwEvrm?dY^_[@qtOatY\\EW[oOkcAsRnwsG]bG[Ha[M?[uauGYsGyu^`g<I\\=vajQcMYtMY`lN`LWiYXkmAlMQloAxvIyma_A^ni@iI?wCImbWepgZ<o]g>aS@ak@uMNkagmeXr]hjQN^toZXHmBVawyZVWs]xr=Ptt^emXiuia[IkmFtnYtkxgcotfVfVAiDfxxo]QquwXicvfehrVauV`ts^tohxbn\\EHpJNpaWpSQgdYxRFr`xbVQuUwe]V[[gosxaoah<qaAhsaGihIsnvbQ?^PNwoHoQ>]gVrsvc[pwDg^oO`NNo\\VgeO`hGsT?^mfqX`hIoc?rTWc=urPufpbsOT>=VhwBMeFhUV;csbMcp]hcEfHeghyCAqVjKHlKHj;Hj]vBIDeMvDAdT_gY?uMugF]h[SBqKcoWBxuVJiWwgw>]XbgSyMga?XJieRkgHuTx;vtGRC_EiUuOycsoFHmWlwwfa@Kxtgg?oeYQxqeCM=gIccGgcL?iiuiwqHQIy:OiP;gBmXiaSfuvJUe]EYYWIkmei=FPKtfmWU=HEQtNiDB?yUaEdGgQYDD?yAcEECcS[RnSwnYHYaG]ergeHnIToIi`aH?OyH]UOUvl_HJMtLge=Gdq[WGAgJgRngg_gvayDikD]MsqiWUqXkmOgpOq<pDTxM]veTnhhRp`NbUniqUeLSSqpcUJExLbHpWHw<qw=UjfhZfacmx[WGtrv`DB:_?_?[^:>L:;>;>;ga[uEQfp_iwiuHqh=wIMucy_YfihyMypiIfSD:;FeETrsWGOYYMXIaUU?ufscYewYaxrIbayEX?yPyDEixhmgYuixoYwQYxgDZ?GuStI]YiKynytS]F^eGDuwEgIyax=ar]ygyewCcwN]vgCERMvqCtLQtlsVVibOmypohpOxg?fVUiteHqIeXewiUyqywvWYgUYv[XYswn]iSmrWGW^ab]ihoSiyYyVYCTuTuEEpUY_SWOYbSIuSmiA[dEQv\\Qft=tNatNUGYGweYbiqCguTIsHyUyusSbuIMyX`GRWUcl]RfGu>atoQroGriod[iGfUupgSw;IymQYxsAyX<PpR`mV`STIy=<sT]LBqviuSvXygUvKYowYmp<uEIX>uVAqkWlv@qwfIumhwgiwv?dtQnpAykYvdIxpiwUYglwoTwgrPi;Xvohd=p`^Qeoix;y\\pQgi^msvelI]EG]KitOinXvwSYpAOvPx_=f^HNesIvcXvoPxe_wcIwcHqI@yPAoqAvIqmrqeSO]h@bWWkDGxfYpIqcIwcYgqtghcGgCivlGs@qoqxpQXx^@d<`lW`mV`al_vBP[TixeytI`kF`tXIsjyvyqvxIbgAue_m>`cPQnvnuxqgaxduF\\ypnpioKwyBpx>yxDQtvotJAtZVurFog^^egvcAo;xwAfr]FjtPy>YvMx^IotXIrTYxyWp[Ymi^wwyiiQhcaaSWklGuviwia`g?yEicAVvIWstGyWWiuWy_XcQpxhiuEW]lNcZF_bWmTPm^wgipxTPdLFbu^pWxoV`o?G]gwitQenIwDGimNdWqcGgcGocHokIxkIiSmvo;m\\iy^anJhuoXWQuSIuSGluAerrtMDUt@mqsHW^DPbYOwYPy\\wSasqtSPQnhiXR<UH<rTeOYeV:Pw=IYBAJ:<lo@ZZZ:FeE>Z:FE:KhP;B:K@Jb\\LhYMOePxdqkUnwUt@PNGEm?YKNAuDlsteSPQNYTSYlYBQR:<U;ITG@W=mJ:<jfjfJ^K^;>bPQZ:>bP=>Zl\\l\\J\\J<BZPZ:<B:CM:^F:;sT>>>:RP:\\F\\FrNcEdUhoqSOCxwcSoQuDWI=<JN@tt`x;PwjijQeKpMy]TPuDUdCPqeooXiaSFDT_Mqo@Tf<vlTVr@NOXooMmepV;<J:ewZAYg<ZDYdQqfOOm@fxANimPpQqo@`[hg[oocrhi[iv;ptp@gIHdtPm=_upFiwxriymqIeXpohpgQwc;BZoCloHbqEnyR\\EHuGDsgu=UIO=hdEVYWis[DEGifGHcSB`]UkAXpGwgcrXIeRqdOcc@qugCWUAdQ]S;uYLqHNsCk=JNEkvTuJhQ[@Y\\Iqt\\QT=Y[Lpv\\uL<mMuNvEv_IJh@RBYn?tNmMQy@QtmV\\\\wnyMBxS;qwgyx>xNHaRsqt:<Jo=TQqlJ=uaApsaoktO;qS[UK:<NeUKAaQnY[:PoN_smAloqx_AnuFhQOkcpeq?hshaRWt`y_i@gFnctOoRyhpOa=qqM^uQQ:;TQqfCSu:]G^GuFWDFwTP;ghWBxuf=AWUkHHaGHMYdeCUuwF]ReUXRaW`ADHeR@;BNEEU]GPSVc[fX]HC_baED;lptXW;iqf>Z:c:<NeC:B:_?JBQE[>J:CZoUfcGgcwYyiyMYtMe?ET]GUucteUWUKs[wrREEYqtUgXYEBKIfp_E@qsWmWiqB:KGJIv=ybuMYtmbAwbYKYbIfIyYxYxLKimWhm_GPOUDQubAtZ=tMyeYucpMYHoDs;wh=IEciMUbVSiawJOhvBwbHwmxfoXvewPiOObqIjAn]RaqsWhYweYauVa]EyntYppNi`O^fIwb`nXghlg_NgxHGyBVEeSb]Wf]HYsUsOX?ywqyuyuywQDtOTrqGhkGl_YdCutWE>egmWtKwvNgwXIeRwhrwWxScS=uq_HemiCIg:Wcx=y:[TswhYqYUMCSARZ;HsCIccBhGEtwRFcSGeSuwXiqwdQwLwBfSgdMsTAs<=]YQt:`]WNgm?y<QwkhnYFu_IrHwqyHuTWjth`m_onvoG_kR^div`u?qGG`xHa>AwJvtRnlpo\\EYhJYafx]v`]OaepoqfSoWWcEWsCWRoeXoEYsEqobh_dpOGneVVowhqwHocHSWW[cDgsTAw_IYGQTPQwCmhJyEEGiLCxRYu[]vS]XbWuQkcaUeKgYTwVoafLaiPuDnuCtYFk?eWAECItugFKSgewrQOGpUsD?XGme?wgs[DUGXcwdnqSgscOkUB?S?WsQgCZoVfAHB=wXgIumT?owLQtLOyQae[wgiwS<uhqwhQMRqGf[Gb_kTkGUewdoOUaGyNuWjgHY?IpOIoGC]OUnKETgy]Ex\\KHJKx>cuewFOovoGxL[HXUsTiiwqEYWubuwGaHxMeWSBeYuJwxKSX_axl=BboSgqbKGdKCcUYtawSYOIoMwtixeqVbqwq;SdswXiiU?tg_sfPqn]KUxSWhmC`RXEtJam=YWE<QxmliU^`wfagsYOo\\oeMq^yxdxG@OsNIVJOSQebh_yosH_Ut@CCWEE[uthgUlyX]qrG_GkOCCQUw?FVwUSkYCoHTUvSaRPiV]MiQqFIoXSmVQaewAyCyWpcxUAsocbAyrAiyxuio=s=uCw[fxur^eG:OCqoYwQyhSb>cgNAid[XGyyHMEpqwWYGU[HOEwDAyf[hL;sjesIoYDsgk]fmehcWD`esc]coCX`KEIeRoMdMmFPwtTKbhAyGQHnqVZeWoiF@Es]YWmydM]uUURy?ia[wuCDyOiAAIXUWC;xV]IsavMGGy]Y=SB=[yV=BNETbqxnaxv_ylYsYkYrIvBAsBUYuUioyiL?iumxfIy]wItYFsYWgmX@EweQuOgh\\guukvY?XRsf:SEaYEu]hregcQC>]ygmCAgsaGwAqU]ky;ur<QgZ[SqQU]IWbWX<eiTuIICurseccyrQyGIGVkIw]x^WXSgx=Mr[gBU]yoKyyeUEiVgwfysbekYTKETkxgYuQ_TTQsXyUEUSEsIQ;BOuV]qrGgI@WgQugD]rHwcIWeAirNewe[To[gTwdSMV?pLEhrLqymlYt<XZPkihSGYw]<siLXmqvGqtWdqqtuvUlfhJJmmGapGqnX\\VTaUaAqCXlJiK>LJexWudN;aoTxlMPwZQOwanOITQQMGTpOiY]<K]qsQeyspqwanLql\\pL:eOKUmrDX_QsODKWIpkHPm\\XQplPpRGLPHPKWmsMEOxmtTtl[Au@tjH<qvhtsErFpYfxtMLsauS[IsatmVlMXlT_hOAMW;\\t^pr@qRYHVkEXkatcXT]Yv]qvwpMOikQhj>pWQuTQuXquP_tRkQppevOPoOyRXiYXhKKlVcUSKUKZpvodPodMp<SPQSSXOsXO_toSLqxUj>TpfuKuUYuEqA\\VKLpppsbXkeevqhNy<qUxWxHy`XmhMyoyoyeohHyceWgeqoqtUUMGLMQQu<<oKAtwLWRXmUXlJimV`mnTRQexp=NrHxlDUUxKCtTsiQwPxDYOPYmVHmxMyMymdxJCeqntoYuqxhqwhYQqoWMxQXUk@JbHPgljaumwmP=ikQhNeUquXq_\\XsHxlDegFuAWauoxfPkRaqMNewpdDoeoOuXVis?Zd_ksWv_g\\txnHgmlVgLF[WYb@Niu>^eWdJhqmFyk_kHpkhpyQ`j_`\\cPxqqwuxwXAqkWnoAcg`yd`v?x]y_ykawfaovatfxvDysTNytQy^ngIp]wNskie:f`VNq`iaZvdqqh:ikQHsTgmvQ`vqiyIx]yrMpgLPlGGfT`h:pdW?nP`dPvmo^xnaxBOvlYd=>dM`tGxlAob@_su?bhpqkQpf?`OgnEikQXwhVgOOsTxjV^dvOsiH^yXZhpv?NgdH`SghiHnxi^OVpvnilIsafixv]yX@eglsWv_engCnSRQeurEeXqC>isAlQVUxYLxDiletKw\\xJAuRAuyayIyybHNLuqxtyvYxAqkWTWcEWsXvHXQPapqPpheUmUXmYvIxQhDmwqtUuWcXXpqQsavMXxaysEaMY\\YjIri\\Y[YKfXl:Lxp]vBILoAnltPQqvp<TdXKSapTaWpTx\\dUGAQtqNk\\Qn\\PnYkY]y<mPFpXuhU@yoLySDmt`MPuTainy\\y_FYtPinXfidIoaperGv?PjYxr^FmTYtMY^[iikQv?yuxqxqP`>Onwy]xIvY^vqh^y^bpx<OeFQUMQyoYw_UBbcdh_bhUV]UviqYqYImUreCGusIysywywyuySwVXGT[WelUgRUrSUU]iWBYr=YrweYwMwRMbvqCD=thWgH_VBaYIcEt[hn_h^ShXYhaus?WCQkewmxSmHS\\t=Du@Qo=]WSLYu<ppmnUuKEanPXpPMTPaqaHpvuhxGy_QlWAj<oi^O`ixbYfiNgp_@sUAlwYqKHlKn[YQZbx]SaurGepPkLO[QayGxleo`egehvtSYpagt]qLgR<oh>yDxeHocHwGx@YEL]tdwh[oWyOXhausKvP;RwGHi]ifSe;EGdeFnes]MiLKi`icQWWrECNqvkQUc?WY=Y[iBmSxx]y]yEQgvU]UyoYwYDI]IkYgYeydisqsuNacEabh[Ur?Fu=XSkSG;JCMWcAO``LUtKx<yZyUwitYEsP@xmxmwawuuwwxnHqWKakM\\UFIX^=Y=HnLlumyNY`YlUtGuPKhpCaVyAwiuypyWGynliRDmvOXooMRpMv^EKUxTvUsMyuwqgDQtk^^:NppPhB?tDqfSObqXn]XvpXuhWlL_rVqcXwqxcWgeG[B<KTxQs:ESVEEs_ciexaLyMYqhQqeekoLTghVgaxnaxqlqkiKSiKKxrquuwup>Tmv<QymyvpTHpu<\\topRdaSvDsuexh`vq\\NydmitYsYsfER:\\tgmtT`Vu=O_yjIyvM@toHufuqxixihs<tT<pTppuIiQqaurAyr`TGevDduB]N\\TXQPWuqlUmW[TWQXpGeYIeOgdOlXPlEx\\irb]PTmlrhp@dovESylykykYYYiiQo=k\\ipQqUu=x;yJsHXb<JlptTLqI`QlAsYuyoyUEqjTMOWUWbQSNIoJiQwMyn`TwPP`EsH]YKxxjqwuxwDennqyuywEaSieqoqttusTEy<lqpipiHmSqXhausDyxlMy]ykyYuypyUOw]u`dJg`qSDsxEueUQmmvFitexT_YWMxUFuCecqGt:;RPqtXCg=]TbqhpohxMwMueLgCcGYI;SSqYxOxDYG=UR=MhCcuqwWYEdXArAuEw]F_GtuswvWXsQx_EcveHjyYyyxyeVZieqmucSy;cXWghyuxquYqkHpkfScgowyvysyagt;BRuhheUcYvpcVJQgqStXquxkIxkGuKSlYtsysyayIEYi]WA=BJghcCugqXcCTHkEv;GU?TC=i?ir?eX^kSguvQodPOCuGHQGcEmdAMFKwyrycyAyiwytLlrPliptKLVk@m>ioFQQIPPcpRlpTP<tqlqkOo;IvcxnXPi\\Ika^syglrngMiZgP^=_vQY^kW_Ixvayvci[=>ZSWi=gcGgclhpNPcqHqsHedfeSAidXbshjT?^LPplHtxirinikYuYqypYvIxaHaal`ZjiuqwuWXwfngdhkiOrfad:OnEyvmi^wydpWbXoisifmawYGy[q\\cy^UHabg\\sirRHcy?wJI^pX^:>lGFuLxhoghw@y\\Yk?hmfYyiyqyYlY`y^imqouCOo\\WdTAp[WbxwxVio?`oO`lWn]XndIxZ@nZ^YyBGy_f\\ungmH[Tgrvxe]IumxfmYwcp]:>ppQhPOc^ij?hjy^y[y[SakywrWvhVyhYiisieeWeEFeuxiyqio_vVOpgVrKQx\\prgox;WoXynsW[JWpo?[:>dlNlTVhmWh`imnNtshypYuGaZKPkpvwe`gepy@nbEXkEpfc?_?gwGVmZ^^hw]w_xKghYabOXhewcVam<pdsFilanvxZoifEYyiXluxg=>_fHoXWmu>mrOvCfr<n_PHcpnatAw]Fupqnevf_Phwac<`n@axnap>CUexNgc`gxLgh`=tDErTgS\\eDvkWmACTeGkUShetoKrcYtaGsT=Bsavf_ve]s_mIiUED_srewfKeFaTMIXDAfOgGmqfGUep[WRAh\\kFQaEnOUG[h[silQseKw;uXquXPwGc;V]MXxERe_xpqxTWiEkvOYV:;dWhXAdmxAk_@loeJ\\]JgmPPtLQdnhhST<ysxswmoohpoHocHOc<W?qtgXUQqYi\\jdqoeulPplNupBPLYHQWaVr@NOiwTMjPUPHQVQLxgXsa@mWhmghwxan:\\LpLWaTjTxNNpOTUn=eWHtUReQpTUPhxt<UEdjntpdeXPHvAlOAyRM@tpTVTmUUioGhxi<QNAW`yq^iv=XU=emMlWsejs<P_akPmPgUokuTIDSuqNQus_@lxUWjpKsawauQUAuRAm[dSyTxSxsfhYxhtWhp`UJl`JOmoq`wTUVVqokN_Wf]WvrHh]Mak`_flp\\:op\\xlai`awn]fiJq`APfmnorOwSa`mfZ=pwCAdfn\\jnZuhgkq\\bgyCwxJqs_aeEVyVVjxACGgv[XnqWCwiv[wmuHishSugVGdxaRoCVEYFqaiv_YskFQuCCax`Sd`QTZMW]gEIyioUwTWeUWSmUiAQwhURP?cLuCpewTidAYsmqWFmGB=tDwbYkYrCWaGB:ktPExX?x?gI[_R?GwD[bvKUjMXDUSNycdyEhoCIQsaCv??c_MEX?Tv;qwhycpUhPvlas>=ucyQJtMZxkSlmrTLOxRUMmodxbDVoAlfpu^EvWUqpesvxrl`WyyqninidlfqqDiTVutXuqxeufiKxtwXMwlAohUKO\\pd`Mi=Wb=qtexd`SgmWhmOiIw:<oilRtEwkAU`YvmPT;TufxPILxbyWCiLBhjteWdyMdhMretJPPwhuqyexHq_yEMiMei^eg>WdsEUgQUtasCIGhUCR[h`qU<AwbAg`]xowj?<lWdqPdXImS?\\U?mqByNMUVopn_hQ^PO[QME<W@UwjXnGUkAio_=kyHqfTSGemLdXEiOq`lr<WoPohURPuP_]tFXlFptrDofTMMXKX\\p\\ySyaxIUlxlK:\\ur\\WI<yWHRqhoqMWslLAPunyntMKAduCHvdaX_YJslNl=tWqP^]prQwgarTUxP`lOYpwuVaXPfYQkdlcMRHhoHal=mXP<vGmv;elaMLSdNHLudqoeesjMOBiwuyWReuPTNbeoimyQxqviNUxK:DulXYaMVutjTaMpTU\\=S\\aVXARf\\nSgg;akOxf@omJwy<_i<Y_iX_DoiAF\\GQy@^tu>ekwiGfiJx`\\fpfQs[Nx@ptvq^mAxkyrYvihYhYX_BIi?Iqlhr\\Gpdfy_HcJNo>_at_xbIr=xZEfpQYf@io`_uBPc?igKPjP_cIwcEaloVnkFidOgDh[B>j^isnO^GQclHqPysJnebyobYaJGufFxXXlaomsofb?gbimqouSWsVY]UV]_N]tOitOhtgdOvp[Vm?@vTo[PqnfpgMP]MXkQ^pPQqPp`^?ZbNoB_^lprZhd_xtxiyuYhwgdg^]ih_fw\\jXo]qxxYyiy_L?tLhp:>dlvywyUuD^MIs]ucygPKhp?boeWDAiWMUTMGL=tdGsdWfnaVg;bD;fYsBhgth[CVoSaQwU=HPoROsVgOc:QFK_ymYywyhWqXUGI^uxhiu?Mi`sfnyV>IB:eEtataoI_QXOwVyKfDWhPaGaUcKEDXEileRdQuYyyxyx`Ad:=FJ=xhivOUU>GUqSh`<j\\IqpewTYJI\\QjutWuXKhps<OXIlHUwCATYpynynWpsriL\\ejgqUxDwGyLpAom<JZDsipYoYoUyWyhueixThQ:YlohVEQu^XpHxnaxnYUYgip<`X:ylhmX^eO:\\l:PKEDuRqiqpqoplcawUypivtQ`dkiqfnwsxvXPjaggtXsuO[UiQOhhgGrIEX=Bd]eKIBWmCqEbJeidiVumvMEhi[hGiwWafNWw?srQoGWMYwixQiv;yewIuYgitQweWuqwWygvPWUbWWmggeUCour__CQItP;huEynEUEeUE;FQCt[GrZwfysiUiGcyxm]hXyuk?Giuw@ShjkwlCISMtU;yfEulgrfeIPgSwyCx=x=ORWeBNudFwY>wB:;B@[RLCTJcDSUWgycj?E;UUNAiwuwwwxNYbuwwxWeGwB:_gm_wFaRRYtKESQsvBEfTWTxUwq[ThcWRquvUxGyxWyXYGynYbIkIrEw_wdXQYeiGloHMSHEsVauVmAil?Ia?fgkUVQewstLIsI;bVQfPIiOIdaYgoYcbUcveDgmDm?tumBfCX_UgquxluvWwXTwSyAxAwIvAwAuIL_rwisimYM]tsqTkIxTEC?qtPqTO[hausXgwbAwbKWJQU]qhJurheV`WcEWc`yV[Ux;;FEEd??hPauiEW:mtIsgtQrdIhaEyj;wlAVawuLYdWQs=gfcmUU?Ek;gXmiv]VrexrqvJSfuCBmwC<_dm?UXWbXyFKAv_Ag`QGWuHvwhVQXE_tEufIueP_dooDrwIrIrIKEUSEWkCAEdHeeSuTOyipgUuoXCmtDYBS=XsiVgmEqQIh;VVQe?egvuxVIt<;RpiVgQsxeV]yvkcrVEcr]wgAHlaGt[tgYCAYhGAsxcsmOYLEWXUgEKiAcyK?UFqWF_vbiuL?cOit]YSOSi_cwCqS@=tpsb\\UHhcxLoucgvkOSYivw_WdyititiOew]sRUv:]uxUygyxVYXIiiqquU=uEAXiMgdyeUGeioVbeDu;WgGXuhkCQpE@nX\\QvAx=aWv>sc`oo@ekWf?gqE@usYstwympb=Wh\\XfRwdZ^vCg`c``ihkQ@nkQePqwgyx>YuuW`Gxm`wr:Qyp^xx_vmWisG\\vIsY`yCytxpxo`laF^y_xKybQp_WOicinQpmyoysY`aosvYwypyeYeigqoYmYay@QeAvtWgeUatNa^oqq>hvLQtLaxnaxHh]uNcJ^p?PohgtuodMPsuHZV>ZFQtkGaygmWHk>oeKAtVXreW[rniPxg]`p^VahaqmqsyGyQxiCAhdNxupjOYrmAqvvhWgpyArtPqtpkWVa`Pg>awmppZfu^iokngAwbAgt=ptPqdh?tB>^Qnb;?ql^yLfgnprmH[m_oCX]Vv[GwxTavKq_EawTXpYvasis`piUfvGGvupwtXwkxrXViwixQYcjO_licOqyEX`UweAxjAXpv@ya@jwIt`iuR`iwQyoYvAykexruphgQfEIZZv\\tI_vpRPWMuNFQmMAMeMFsS?R`kdQ\\JWiW=MwOyV`LrTQwEg>yfh=DPyGhICuqS>ySrkHHwtTMBv_ghEi_qdioYoYgL?iUoHgMGdacdoihgdTmTLOXhmWHMtewgiwSLwg^ERuoddqTpaCFYi?GScmsPWB:ms?ggSUGTii]myCsbkMCjGXxGhAUcQQeh?R>yu`AXRaYToYfiH\\yEn]GfOC<aXigHXobtsFNYgoYxJgc=agcyrQyWHEvjIw]wFWWsfwE\\iCg;u\\ygKyyeQUhSWwcy_yi@=UD[uWWIqMSh[R\\Cd<_ujGVoSUhwxrOg:MDlmVqCSimisqV@_wf;YJQUeaTmkW?Ar:AR@?iO_dWaisUhtoFrIuaueoIyv]Wr<SuHmpHuNYjOTmeQVYQRk`JliyBDoQ<S;`YnItAuqvivitOWMqnIrAtM^XMatk]ipqdt:yKkhqwhuvtpbuyxiy_xKTeOAqr^YvAyke@nOPnptku=U=<RSlwt`TjAog@qutUcqWyhypYYiww]wkwn^;PyBY^I`ysymyIyQvqrirGWmpfokqsCYwdWvQw^o_nt`waohpodX^oxfoq@o;WGhKUTlQtLQtjAxjOw^Iom^QpT?ZsijgxpYYfU^]t>vlQuePxwYwAQiwFnDp_Eyai?_BanhOoGx]W`ZaHEgYweYCeIyadZ;Wm_ghefVgdDYUOchlqEr_tA;RxaU;?uFed@cgtuxOeu<kUQGUeOSUeT]KS`owSYhAai=MXCQbpSergdwABoeSgoVVCg_UU;;B^eWoCWb=WrEx?yDOYVCYHCehLyBgmvrgxuiy`UwkIt]wRmMimqB:;RFisGiT]YuXuTEuu;uRAub^=u[WRA_H]QfTwIxYvykyuyiyYyLsBggHhegAqW_iWFwcIWgyqXoeXW[Ir=domB:Khn?ir?YdaLlhLOeyo`Y[YKY=pUYocHyveUGhYYLl[uLilUNxo>mMydxNYTd=VCXjpdVVqkGhkcHvlqP@mR@=Um=JZqj^PSSdMWdP]ltnIsatmBqTW`ogtNCMPsQYNuyyfgqhuPOyZhp@ewUypyevavaKWBUR=UbFCvVYV:;K\\uNatN_`RSeu\\]OoXTAuRAetWqWipJmpTL`w?yLY]YZIjA\\tSAsyxywyw_YKetTI]wlxRpYxYFqoNiE`tsN^:^duFubWoBh`Eh^eqjwXoeXc\\npDw_YAeQWlY?m^IuUvgvHxbYnIPowO^yxuiv[^vvD_iExywYyqYmaVbcPkPp[[IZZff>qkIxkUxlc?e]ndOGplypdXe>vtOQwQx^kWihaushquwxdXiV?sQ?_OpoNYq_H_jwoVGq\\VppviqN`MO_T?ZjPeTOeLhwmIwMynMoh:o_[QquwxhQgI@uTysTgsbotQ`ju^hbAldahiGhkGxxYyiywdQwtNinAgkQfIoiwvrIx]QPcTaq:yd`AalN`<I`T?ZJakUOybP_pfe>Qodnp@QiTfeQWxYYo^VwphgUanDad[yhdatcFy<xxgYuq>`j>dRywLony^av^i^AsKFkUWhZovH?[:>nhP^PgdkpfcNF]wRIfd?u@ob@OevAyeQw[YIPOslgf_gVyqywQgKuTxoVcWIAuRAeFBcvYUWyQW_MbLCvdQFTUXZ_sKMVXai]gB:[tacDkOhK_UWChggggguWiuo[EkgxOgh\\GgcGwVIimuVIqew[XbAdtCVDMgIqI=_YSQhycF[?G]avncSo]IyidQmUCMWCCdYcc^_WIuSISwR;btscREyeeWdYHEEDOChoYXPSstOitqwUiCLEtDMvTgyM[sT[FneFeevywxVYXIOIyMSl;IcAFeOGEwgR[vq[dlQrisgQYYjAv;mcHQBbwSlgeNur\\UdtAbKeHI_RfuTQuTWkebKihoCyMCLEXDydw[Iv[G_CgSYiuoVV_IO_XeMDO]fD=XTUEAWTL?YPOvRmfVUxgCNZePchQ<Dj:MqBhlGYnfeXmeWu\\NeUoX`raxsj`pn`NkUO?MoviUWAt[HMGdrSlnMItKIxjYrItt=Ir@<JBEMkXV]UVLDpeXKLDOXeVUAuUYuUusKTUiIUeMurHX]ul;mME]udXmO`mytYXUSn@MUurnTuPxWwhxPEYVquXqSUEP:PQ^PY<<lNhUWDpL=YBqLoXaqGqhqtAotPOao_`QaidWpSat=@efnr<IZ:`hwFZb@kOwhY@nq@dlp\\:>lI_r`owC>bd@e\\nlfhZ:^vFgePA]B^Zl^hpXd_ha;>lo@Z:PxA_g`qm:^tsn_ZVg;>Zs>sJY\\:gsnop=ot<>ZDAbWQfpVbaWaoFuMRPQB:KSKChSWaWYbK@k_Vg;>:QHnaBJXQUINec\\wRfmbX?BDKtcIEBQU:;guCEtMBbWrHqXBQU:;R;asHqsdWuNStM;BSUC:;G^_swCBbWuNSDk_Vg;BZsVSKY<;TWgwJYD:C]ZvyBhsJY\\:`bfWgeW_ENkfhZ:bCAtMTWaUQEUSE]UWTSPQ:GEXkEHQha;beytiwInAt=uWvGx@shN]FeEB:<pyuyxUwMEsKqohpoNhmgASdTS^TsYumIyrlUNeEZlWh=qm:^nbhax_yr`aJxquqxgYnnh^eG:iC>QVkgr?iruuwwwtfyshSXvMSsSghSgOwiNoh^eG:lTTPmTpQvAx=aWHiXlTkTejLqp<]u>QN:<jDyl_IS?qVKUobPtPhnAmt<^\\@OdKWgPppeDw=RPQB:KxK_TNQTTqTHkcQQB:ecRuixey:NxZAsKX^d?ktOskQelp\\:>dRVypiwMw[Faow^irA`EhnL>t@`[:>ZSK:`?\\Vg<J:dv;IqK=JJuj\\XRgmKY=YOAVaxQlTvoXMItnteWhAna\\LE<qDLPMTsN`kctnTxno]YEYQkPtYUoSXld<ru]NeEJ:dR\\uxHarvHOLYO_MM`yVdxtk@tYTksPv[LwhUudESIaL;DMWLwX@wF`r`]wkyPJiQnXPOMuTUlViMN@Sh@yZhtbUR@>eONl@oj?`aeWmFX_ZorchuUywKQrEFlUfryHmgpoHX]Gx_CowMQdQqqNip:>jDw^[rF_HEADnUgequ<mH_qRAoB=OH;uT@QdPmVReE;USPQB:KxEUv:QelWHbqhc?hpoEQghVsgGadVIRqWReOdpWVloD:;TLCt[oWY=uMKekegHMWwcUWcWT]IhuTV[RpGuLivgwriyeqIyH]SsUgacWCQ]sNs_h[sniZg`oo_dyZlgihIkmFdiQs`AfQ?^^I[tx^aPZh`diVu\\i]myc^fmfgbPQZ:NgDotg?sCXklO`AOfmqlVW\\MO_ZAt<hsgAwWQ\\ePk\\qlmAl;>Z?YoxwdOXql^pqOgsIkNyrXpkrih;gg=GtrAho?jqXrOH@AdAUCtwdagRWUC:;gh_cFwIpkS[MX`YXgecKsdPWdZ_hraXVuBvYbHSegEYJ]ibihuUyUgWHSeikyI_GHUWpeB\\kysQwbMSpgrFWTuGd\\Et^kYE[G\\;BfmijoDnGF=<:<jfJ^C:VxJHZZ@lphpn`yvQv?QfIivxhgUq_Hisk`pCQe:>oAO\\nHtqwoOVihnxGW]R_tO_jp^f:>ZB]B]:ot<>Z:oT<s:uwPqptLQU<S<IYBAZXGwwfpuQr@Yrfngoy[dQe:>bhhb\\HtCXiFw\\SQarWjtGpZi^_gtPAoNip:BUQfpQxvovfaucOI]WhuuV<[GLKhP;BJ=TpiGGQURyX\\MsU_up]WcEUHwHgSe=]cx?WoIVHCEl?tY?Wpmtu[iOackcvKAvPATaabUmRqSYwgs`Mbh_T]gFwgEawuYae[OSpusUMiSiUxUScsFeSBughkoy?sbdAgQQu;uWDIxMmYhKhP;BdkusyiSAxGyDpqyywXAohQwVxqg:=sM[XeIWaESI?gDCtRMF[]uwgELsHXIeRqDm[iFGtLySp[wmuHAOvM;s[MbtMrCYw`]UkyFgUR@YYDoCoUy<IxBYHlYTmafxAHWkEg;IkmFdicaWyZ=Tx[decsVYviYtk;gq?fUicK_EwWUFAVH]iGcYvUesqDMoIQmWrkUE;B_wxduy`CCTQXyWCQ=Ry[TeyXD]w^kcWOu_cBGQRQIhOIgGyUHovrcTI=sTEGauH;AwSGcjWty=rO?YGuia[G;Ien[UYIIBuySmCByvjkUMsYOGtvkecmwX?TvuB=ueWoDV_dIyIoMRIkx>YCFGySSrM]YhKwTQE\\wwOeBGyVeWEh[tyYxc=tBqVtqryEIsCDbkR?UyrIgisEuesqywyHklyqSdQHpXdivVAvJIJQxtxPnGdTYAPnmoomJSqSJuSvumoTp]LxaENfhPqyVohYmxwfaXtakDqTmLnp]sXXtVYkE`og@YC@pmLUsLunTSVLMg`NHuVr@MMyUSPr:LKdUyMGwOitI`qOPx@`dHGgCgcsprmHk<^ZgohM^cOo`>gnNfmJPdNifIqx=_mCpwNq^<qmxI]uoxmwdaHks^`gNdfhZFW]lgtjNesNrEFl_yejwpIWxqyhPVftYdwpgwAeAoj`Q=edM?vSmi^qRiUIossCmHcYRQ]CRmW:gtI]gD]hhOwU[cfqvSoY<OYHMwaKWgOujCwa;X_KU@wbTQHIASocIYLR\\pp=iX]IqAdugUR`UlmptvhrXtQdYwH]OPdp_\\QJ=kPhQdQudeNyPMGyMkQQHanXyRFeTQpVYaMfxM>IP`LrlmJduXq_cbxt`Wp_ftNpukvy>XrrVaRAaiyt]h^pF`tIxJwjKQse_gD_x]Gmpf`Xx^NFxIYaPNtGq^EI[twf\\NeUX^kqiFi_PX_JFXmCOAifwsb=HWacNaHu[IhEunIY<mgUcsWAeVuy<]Y@OxkitPITpkY[cGxIingHV;f]SWewHVUYgsiZcisAuMygYwIQGFgSBsySY;RW;SsgeJyCYQUTqhwounsyREyduTferHOYXUDFmYXOXjWGPWuAMSusxnWCZcw:Mhpof?SDu=UPYG=ax`YvBWgRUtA;BNKDSUUkqTa;VvGyRqesOSGqhGCe>gJ^eOLXVnMPbhjoTwsHx[EYL`LSHqqHN=<OSTvhlLkyrYaunLncuUcymsIVIqVP\\SCAwGUs^eOlDUKTn@IQfim?PQvuKZ`NnYWxmm`EPJut\\psEuVEUKnHXrtpjuV]IJ:DUEPkeDVmtkKpv>iqolSYpLb=Jb<NhiV;<J:n\\:>Zl\\JD:;B^:<RPQJ:<TS=qxpL:LKcYtUtPTyPg=O;aUR]t^eO:VdEw]x?s<?ZSWkLqgqolPpfGv\\h^eJxqlal_Oj<XeypiwWo[WuphgunhfAgb?gZGm:`o?gqRf]WfweYw]veK_gQyoYwmp>oaxZIn]V>]R>l:nfCAjfdSou=wci[idhLw@JbpQ<LxeAMZqrMyP`pmauxpP\\qawSYhpUPwGLcfq]wRIhCIsCyDY]Ykgf_gb_GBloDS[GqQGZwVXod\\Kx\\WR=GRaWtSkG@axMexoseEwRYcYNaGlKEUSEuOitohgUuPQuTQGIGydETjuTioUWWeUWeWgewcYtahv;d[ScEWclYFv_XcQDOiGdCBQayNEXWYugYtvJgIoXuXJMKVAlatqQxKItKUUUmaVuuXnAwKEkUMjPdRLAtJAtXqux=yjIvqtuvUTx]WdtUi`UsPtQytAQr;dXgltJtja\\NcUNXurSHknDWsPqhdsxHQrluQquNuWxeL@Hq;XlZhlGtMYmLDESxeXLdquuxhiTuhYwhqw`p^TjfhRXhRgAVJYtYTpeEtFDWSmmX<W_PnwpYwQqv<WdMWT<MR<vuPRcixnaxFxkIXoMiJ@qr@AsT]lWdWBitS`ptUxkIJQeRxHqEtLh<oATqquw`ATSLs?YwOuV]<WmXpm`OG<TQow\\isAI]IaaXWeUNxT?omVd>fr>NsBaysi_hn_l``:ot\\vxbhmFNg[gs[WxSXb<Qx^F_BWsQqjfolKVap_wZYs<GqRxpm@vlqgJhpByrD@]OyoLhmbasaQyTQfKwZegr@owQQ[:^fgNtPpsPp<iWEKWsmuhSB:;jgPn<mPWyyPxwBETBIwQxo?LM:LWJtv[TJ:<RWUKNhtdXQAul`ajh=J^eOJuTd<y:hXtXu_UJb`MnHN=<:\\T`ePstWclXQXoEUWMXpSQufTJuhpkpy?tjttqUQU`tnVtU`tPrhPNIQ[qlyAm]toXTtVLVVhOXtYomxM\\J:mt<dl]\\wmtWXLn\\YsOIvKQjMtV\\purMKHVa@Od[ypJy]Eh^lisWYuK@gWilC_[tY^kfy`ntlNl]xhEH]Phs[@uFX_xnqGagHn[uaulykROnc?aoalwX`kh_eNuJXpY@^:NPKGDQwL=to=riaX>YrpKY`MFfawVStyyG[yVHOvRQwNqFhsRosdwkELIxC=uwgyXseuMXDMFjabi[G=WvkyvD[bvCR]=iEecieI@SWIAH_USsgewaB;;do?R_WhiawnMyF?hOqd]oXOIUEqs<iXj[UvGG=;FeEjWlpudpC@paxY@aQ\\PmbErOuPJaSSPmQxv_LOWLmPDcJqurOs:N_Lvv[V^IWn@PyHVeiwqa^akOv>`BId\\GXPuWIihxsCtWu@_cxqboqFaegsUc>Whk]tQiuucDyERiWIbas`wg>avcSWmyd]iESsvsCR:[to?gBuTh_UsKVR;ER;wcIwcGxIUWssHDQYiSCCoHqWIbSBVEcniEmySr[cMOboYVvoYIoVcoIwCfxiBAgs`oyOCTM=X?KV[csPsY;mfM[bMySSAIj]WvgI]iY_UI;=B_[VEgfygtheiiKEogTNaHPCTDubIsEP?fOucUSEUcs>iVsgfLsIE?emUdRebsawNihrGrioDSKWViiuuPolOEUJfPr:DUUhoWTQp]Uk<pbLXD]UP>nL^pqxpyFy^YlfvjDFrsHdcgmuvhhXquXm_AlMPuy>hUx^wQwRO]JHdDg[Gf[L?`j`]bXG;XRArl=Sq?XFYvoOG_uB@kBTSMPYyCIsb`QVTp>DUEPUbhVOMsl@O:FeENdP>ZBEOYbPiX:;sLsv@EB:`_:RPbn=IXUU;mho_hvay\\ir\\]SsqigUuhksGIh>GB:_ggwXL[hKyXigD]MspiSU;Uv?BJmGnGF=;B:jf^opgytihPNZ:>lo@_vplPp\\oAfHXpk@rhp]:ot\\@oSWauVaEQt:Gqfn_hNoAfcGgcff[Jhpbh`UqpgWdInsYxaIQt:GqFocHo^gay;^fgNgAHu_onf_wHqmwVs<FbSOkTYvAyketpiwUIUZ;FeETe]fF?wdQwLucqawSYRVQfnIResIvcXvoTxecwcIw[GM[dWsxl?R[iIuawmWtMYtQugXeUTMUlEq^UVQYuUYuTQuDQl;EpMmXlMXlAsKXNd<WQyoYuQlLP\\tYSMPZTWKxmQUyqdQxMSuQSyasITYptTVYme=Wb=lg]mNqLLhplaXNAbFfr]FjtPy>YVIsM_EfgR??fGCidcylIyawSwEyesUd?vq=uXquxEwLiFsYsQgbL;SDKu`of`wHXAY=ot]=TQQVGkuxqw;GBgwy?wr<uSv_TCyWMMgUIgcGgCIk]Yv]YXmUX`iPR<RkqYlMTBqwTipEMTPpn]=lo@UMXxatKduRXawSayD=oTluguj;xWG<RwTnGDqtQkTyvX=uuimieYKhN;<J^eODHvgHTi`LoxyAXK@DJ:brkYnyYAch]uFbKW;;fd?XvohT_eySI\\gyNUyEiSAcs[sIeUuj;y>yx\\wSyee?WB:[Vg<rpynihRYpSvDYuYqWhWiDqeLxtQU:<jOdWBAJ:<TQQN_hsYqmruxUaO@<JZpo?<J:V[:BloD:;BlBJ>Z:oTZ:J:<JS;^\\@vxb_oZvmXAqKqqcWbKpnFQv?>Zlp\\TQtAx]l@\\:>npAt@`;ZS[B]B=BJBJBNYdyysZIItOufmUlwD:;B:;RLEdMCde?DR?>::::6:\"\{\}LSUrQU5OT1RBVElPTkc2Jy0lKUJPVU5EU19YRzYjJCIiISEiIi0lKUJPVU5EU19ZR0YnLSUtQk9VTkRTX1dJRFRIRzYjJCIlSWpGKi0lLkJPVU5EU19IRUlHSFRHNiMkIiUhKVFGKi0lKUNISUxEUkVORzYiAdditionally, the thermodynamic cycle will be plotted on a pressure-enthalpy-temperature chart.The compressor, condenser, throttle and evaporator are analyzed in sequence with this equation, a statement of the conservation of energy,q - w= \316\224h + \316\224KE + \316\224PEwherew is the work done by the component\316\224KE and \316\224PE are the changes in kinetic and potential energy\316\224h is the change in specific enthalpyq is the heat transferred to the systemLUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYoLUkjbWlHRiQ2I1EhRictRiM2Ji1GLDYlUShyZXN0YXJ0RicvJSdpdGFsaWNHUSZmYWxzZUYnLyUsbWF0aHZhcmlhbnRHUSdub3JtYWxGJy8lJ2ZhbWlseUdRMFRpbWVzfk5ld35Sb21hbkYnLyUrZXhlY3V0YWJsZUdGNkY3RitGOkY9Rjc=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<Text-field bookmark="bkmrk1" style="Heading 1" layout="Heading 1">Compressor</Text-field>Consider the energy flows in the compressor. For an adiabatic process, q = 0. Also \316\224KE = 0 and \316\224PE = 0. Hence -w = \316\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 at points 1 and 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The work done by the compressor (w)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 at point 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<Text-field bookmark="bkmrk2" style="Heading 1" layout="Heading 1">Condenser</Text-field>For the condenser, w = 0, \316\224KE = 0 and \316\224PE = 0. Hence q = \316\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 at point 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LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYlLUkjbWlHRiQ2JVEjaDNGJy8lJ2l0YWxpY0dRJmZhbHNlRicvJSxtYXRodmFyaWFudEdRJ25vcm1hbEYnLUkjbW9HRiQ2LVEoJm1pbnVzO0YnRjIvJSZmZW5jZUdGMS8lKnNlcGFyYXRvckdGMS8lKXN0cmV0Y2h5R0YxLyUqc3ltbWV0cmljR0YxLyUobGFyZ2VvcEdGMS8lLm1vdmFibGVsaW1pdHNHRjEvJSdhY2NlbnRHRjEvJSdsc3BhY2VHUSwwLjIyMjIyMjJlbUYnLyUncnNwYWNlR0ZJLUYsNiVRI2gyRidGL0Yy<Text-field bookmark="bkmrk3" style="Heading 1" layout="Heading 1">Throttle</Text-field>For the throttle, q = 0, w = 0, \316\224KE = 0 and \316\224PE = 0. Hence \316\224h = 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Enthalpy at point 4LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYlLUkjbWlHRiQ2JVEjaDRGJy8lJ2l0YWxpY0dRJmZhbHNlRicvJSxtYXRodmFyaWFudEdRJ25vcm1hbEYnLUkjbW9HRiQ2LVEqJmNvbG9uZXE7RidGMi8lJmZlbmNlR0YxLyUqc2VwYXJhdG9yR0YxLyUpc3RyZXRjaHlHRjEvJSpzeW1tZXRyaWNHRjEvJShsYXJnZW9wR0YxLyUubW92YWJsZWxpbWl0c0dGMS8lJ2FjY2VudEdGMS8lJ2xzcGFjZUdRLDAuMjc3Nzc3OGVtRicvJSdyc3BhY2VHRkktRiw2JVEjaDNGJ0YvRjI=Saturation pressure of R134a at 253 KLUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYlLUkjbWlHRiQ2JVEjUDRGJy8lJ2l0YWxpY0dRJmZhbHNlRicvJSxtYXRodmFyaWFudEdRJ25vcm1hbEYnLUkjbW9HRiQ2LVEqJmNvbG9uZXE7RidGMi8lJmZlbmNlR0YxLyUqc2VwYXJhdG9yR0YxLyUpc3RyZXRjaHlHRjEvJSpzeW1tZXRyaWNHRjEvJShsYXJnZW9wR0YxLyUubW92YWJsZWxpbWl0c0dGMS8lJ2FjY2VudEdGMS8lJ2xzcGFjZUdRLDAuMjc3Nzc3OGVtRicvJSdyc3BhY2VHRkktRiw2JVEjUDFGJ0YvRjI=Quality at P = press4 and H = 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<Text-field bookmark="bkmrk4" style="Heading 1" layout="Heading 1">Evaporator</Text-field>For the evaporator, w = 0, \316\224KE = 0 and \316\224PE = 0. Hence q = \316\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LSUrQU5OT1RBVElPTkc2Jy0lKUJPVU5EU19YRzYjJCIiISEiIi0lKUJPVU5EU19ZR0YnLSUtQk9VTkRTX1dJRFRIRzYjJCIlcVVGKi0lLkJPVU5EU19IRUlHSFRHNiMkIiVJNkYqLSUpQ0hJTERSRU5HNiI=Heat extracted by 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<Text-field bookmark="bkmrk5" style="Heading 1" layout="Heading 1">Coefficient of Performance</Text-field>LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYlLUkjbWlHRiQ2I1EhRictRiM2Iy1JJm1mcmFjR0YkNigtRiM2Iy1GLDYlUS9oZWF0RXZhcG9yYXRvckYnLyUnaXRhbGljR1EmZmFsc2VGJy8lLG1hdGh2YXJpYW50R1Enbm9ybWFsRictRiM2Iy1GLDYlUS93b3JrQ29tcHJlc3NvckYnRjlGPC8lLmxpbmV0aGlja25lc3NHUSIxRicvJStkZW5vbWFsaWduR1EnY2VudGVyRicvJSludW1hbGlnbkdGSS8lKWJldmVsbGVkR0Y7Ris=<Text-field bookmark="bkmrk6" style="Heading 1" layout="Heading 1">Plot the Refrigeration Cycle on a P-h-T Chart</Text-field>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