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Kick, dribble and shoot your way to virtual soccer stardom in a new Chrome Experiment, Kick with Chrome. Get your football fever on at g.co/KickWithChrome. Filing history for G W JONES CO ADVISORY LTD ( ) People for G W JONES CO ADVISORY LTD ( ) More for G W JONES CO ADVISORY LTD ( )

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Word EquationCarbon Monoxide + Hematite = Iron + Carbon DioxideThree moles of Carbon Monoxide [CO] and one mole of Hematite [Fe2O3] react to form two moles of Iron [Fe] and three moles of Carbon Dioxide [CO2] Reactants Carbon Monoxide - COCarbonyl Carbonyl Ligand Monoxide Flue Gas Carbon Oxide [Co] C#O Co Hematite - Fe2O3Iron(3+);Oxygen(2-) Haematitis Of Pliny Raphisiderite Oligiste Blood Stone Products Iron - FeFerrum Metallicum Hierro Ferrum Eisen 26Fe Fer Element 26 Carbon Dioxide - CO2Co₂ Carbon Oxide Methanedione Carbon-12 Dioxide Carbonic Acid Anhydride E290 E 290 E-290 ThermodynamicsThermodynamics of the reaction can be calculated using a lookup table.Is the Reaction Exothermic or Endothermic?CO (g)3 mol-110.54128 kJ/mol331.62384 kJFe2O3 (s hematite)1 mol-824.248 kJ/mol824.248 kJFe (s alpha)2 mol0 kJ/mol0 kJCO2 (g)3 mol-393.5052 kJ/mol-1180.5156 kJΣΔH°f(reactants)-1155.87184 kJΣΔH°f(products)-1180.5156 kJΔH°rxn-24.64376 kJΣΔH°f(reactants) > ΣΔH°f(products), so CO + Fe2O3 = Fe + CO2 is exothermic (releases heat).Is the Reaction Exoentropic or Endoentropic?ΔS = Sproducts - Sreactants. If ΔS 0, it is endoentropic.CO (g)3 mol197.9032 J/(mol K)-593.7096 J/KFe2O3 (s hematite)1 mol87.40376 J/(mol K)-87.40376 J/KFe (s alpha)2 mol27.27968 J/(mol K)54.55936 J/KCO2 (g)3 mol213.67688 J/(mol K)641.03064 J/KΣΔS°(reactants)681.11336 J/KΣΔS°(products)695.59 J/KΔS°rxn14.47664 J/KΣΔS°(products) > ΣΔS°(reactants), so CO + Fe2O3 = Fe + CO2 is endoentropic (increase in entropy).Is the Reaction Exergonic or Endergonic?ΔG = Gproducts - Greactants. If ΔG 0, it is endergonic.CO (g)3 mol-137.27704 kJ/mol411.83112 kJFe2O3 (s hematite)1 mol-742.2416 kJ/mol742.2416 kJFe (s alpha)2 mol0 kJ/mol0 kJCO2 (g)3 mol-394.38384 kJ/mol-1183.15152 kJΣΔG°(reactants)-1154.07272 kJΣΔG°(products)-1183.15152 kJΔG°rxn-29.0788 kJΣΔG°(reactants) > ΣΔG°(products), so CO + Fe2O3 = Fe + CO2 is exergonic (releases energy). Instructions To balance a chemical equation, enter an equation of a chemical reaction and press the Balance button. The balanced equation will appear above. Use uppercase for the first character in the element and lowercase for the second character. Examples: Fe, Au, Co, Br, C, O, N, F. Ionic charges are not yet supported and

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To equilibrium and not to a reaction rate that is so slow that changes in concentration are difficult to detect.We use a double arrow when writing an equation for a reversible reaction. Such a reaction may or may not be at equilibrium. For example, Figure 1 shows the reaction:[latex]{\text{N}}_{2}{\text{O}}_{4}\left(g\right)\rightleftharpoons2{\text{NO}}_{2}\left(g\right)[/latex]When we wish to speak about one particular component of a reversible reaction, we use a single arrow. For example, in the equilibrium shown in Figure 1, the rate of the forward reaction[latex]2{\text{NO}}_{2}\left(g\right)\rightarrow{\text{N}}_{2}{\text{O}}_{4}\left(g\right)[/latex]is equal to the rate of the backward reaction[latex]{\text{N}}_{2}{\text{O}}_{4}\left(g\right)\rightarrow 2{\text{NO}}_{2}\left(g\right)[/latex]Equilibrium and Soft DrinksThe connection between chemistry and carbonated soft drinks goes back to 1767, when Joseph Priestley (1733–1804; mostly known today for his role in the discovery and identification of oxygen) discovered a method of infusing water with carbon dioxide to make carbonated water. In 1772, Priestly published a paper entitled “Impregnating Water with Fixed Air.” The paper describes dripping oil of vitriol (today we call this sulfuric acid, but what a great way to describe sulfuric acid: “oil of vitriol” literally means “liquid nastiness”) onto chalk (calcium carbonate). The resulting CO2 falls into the container of water beneath the vessel in which the initial reaction takes place; agitation helps the gaseous CO2 mix into the liquid water.[latex]{\text{H}}_{2}{\text{SO}}_{4}\left(l\right)+{\text{CaCO}}_{3}\left(s\right)\rightarrow{\text{CO}}_{2}\left(g\right)+{\text{H}}_{2}\text{O}\left(l\right)+{\text{CaSO}}_{4}\left(aq\right)[/latex]Carbon dioxide is slightly soluble in water. There is an equilibrium reaction that occurs as the carbon dioxide reacts with the water to form carbonic acid (H2CO3). Since carbonic acid is a weak acid, it can dissociate into protons (H+) and hydrogen carbonate ions [latex]\left(\text{HCO}_{3}^{-}\right)[/latex].[latex]{\text{CO}}_{2}\left(aq\right)+{\text{H}}_{2}\text{O}\left(l\right)\rightleftharpoons{\text{H}}_{2}{\text{CO}}_{3}\left(aq\right)\rightleftharpoons{\text{HCO}}_{3}{}^{-}\left(aq\right)+{\text{H}}^{+}\left(aq\right)[/latex]Figure 3. When a soft drink is opened, several equilibrium shifts occur. (credit: modification of work by “D Coetzee”/Flickr)Today, CO2 can be pressurized into soft drinks, establishing the equilibrium shown above. Once you open the beverage container, however, a cascade of equilibrium shifts occurs. First, the CO2 gas in. Kick, dribble and shoot your way to virtual soccer stardom in a new Chrome Experiment, Kick with Chrome. Get your football fever on at g.co/KickWithChrome.

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Is not a co-party of Unarco under Rule 13(g). In response, Unarco contends that there is conflicting authority regarding the definition of a co-party . . . . (Internal citations omitted; second alteration in original.) Finding no guidance from our court, which has not addressed whether an original defendant -3- Nos. 09-5182 & 09-5183 Asher, et al. v. Rack Conveyor Installation, Inc., et al. can file a cross-claim against a third-party defendant under Rule 13(g) or Rule 14(a) 1 of the Federal Rules of Civil Procedure, and surveying conflicting authority on the issue, the district court found persuasive the authorities holding that an original defendant is limited by the language of Rule 13(g) and can only bring crossclaims against co-parties. Co-parties, according to the district court, are those sharing like status[.] (Internal quotation marks omitted.) The district court concluded that Unarco and RCI do not share like status, as RCI has not been sued by the Plaintiffs and is merely a third-party defendant to the action, while Unarco is an original defendant and a co-party of Third-Party Plaintiff Atlas. Therefore, the district court dismissed Unarco s crossclaims against RCI for failure to state a claim upon which relief can be granted under Rule 12(b)(6) of the Federal Rules of Civil Procedure, but it clarified that the dismissal was without prejudice to permit Unarco 1 Rule 13(g) provides: (g) Crossclaim Against a Coparty. A pleading may state as a crossclaim any claim by one party against a coparty if the claim

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User5092

Ûç`X±m™JX¦²ŸÊÙ`ô’Kù?#㦊ÿK�MLɾ©Š¢ÖŒXr©Úl b‡³öÓgëGù¾ýû*ÐÄ8tõïÍ}Àev’ØÁý ‘-Y±ÙíùOʽ ‘ŒÒó[QeRãmaºÔ1œ³¿Î”ï‡ûv1¹¤�—[›xvÝm=À@H+’pœ¥–@ID{1.INÖ^Å }dB�­9ðBoÇ 9m¹ÍJtÉFŒŒßïwfv·‚PÁ~¤;ïW²ÎìÌw¿Kfûö;cª1¯?_°»Ó½Ó¶-[ÖæþËÕuÌœ­·cÂûÉêP÷ù ÌÁƒ¿FoÁ»�}7‚o§r/î ›½i�TV�j1«Ö]o•ßL»ZKñÆ”“j/ù©vs³Ø^Ê›œì¡|kÉm æ}ʶÞ`ÖÍ$øñ°ìüÌõm:~s›ÍãÓîÖqÜ¥÷6mÚ+ÇGã͖麡æuaã� —®7ÿàÃ�|t-·Û~Ï 2á˜^³•°·–Ì¿ìÁh®y6,»­o͆f>Ÿ ô¼lÝL‚ ËÎýôöÕð¸mËlôV[ßÂ1qoµ¡öeï'ï/¹{ìmj_¾¯r(ìm÷q{ÈÔQXù϶‰¨­ókÝmc¸qçfªÝ¹åγ̂–oý®fîmÓÄ�f’ü|Xf–`}«{~ûéõ­ Ñ÷æ|¯îíóÎRÐ_ fÓé'2™l&ÝcÚ:+ª‹×.sw8D{Àïò¼õ¥¨·SmY7�-¬à–A¿ÛóÖL?šié;,?‹_ߊo ïwÌ}¸—Þ¾ 8ØÞ¾Ùÿd6Ý“îÛô¦òb#ñÝ[ïRP÷v#·çºë­|üä믽zìÄÛ/K¯6’.YëÛ§;/Þt½ÍönÝ14ôÜ3ÒÒ«�¤»×Þ ?¿·ë£'ç×ÛÕí=¡ÃÊ‹�ÄkÈÞn?Þ+ŸÛ~Îîl)”¿þìèÖÞôSÏpeÉþyÀ­²·ÛóÂÍ¥Ãl» }ÜèVý�t}»=/¨äŒƒ¶·\nnto±R) P^l$^¢z»4ð~×øûÎξÿ¿µ£8÷ìߥWI—¬ÞT ½Rqwo¼sàÙ‰yéÕFÒ%«·¿~ò‡éOœ= ŹÇ.ý'uQzµ‘tÉê­ÿT×[§œ |籋•ÊÅ?¹S~·ç=´wqW¬Òây^ÓúÉ;�zc�Sºãï,ýÅ`6�~"“ÉfÒ=î”ßµzõêõæ�=ï5Ç‹�Yžì©nÏ[3ØSîvÒ4ioüÖÛCÇÌNÇÊÿ÷ÞH´[ý²7Öyž�ÐïrÛëÛ慎¢ÉíÕïA#KXoßœloßì2›îI÷mzsÑWª°ö—Y|¸sL²dõv#·çºë­|üä믽zìÄÛ//öBù©ìݹµÏój÷•·Co –¬Þ>Ýyñ¦ëm¶w뎡¡çžÙ�^äuª´üRÏVô–d‰êíúèÉùÀõvu{Oè°òb#ñ²·Û�÷Êç¶Ÿ³;[å¯?;ºµ7ýÔó \Y² p«†ìx@Ñ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ Co€½:ôèÐ CoÀì×Okg Àñ÷ðèbÃ@q³äЂ[hfoz«|…:8°[THh`)Ôô4`\˜Ë²qKEmº‡|ÚCºè00°ïÁoÁ}žyžù£XM“çùy,?4•?™O&{xʱÜ6ýj³>=6£î©ÞžÙ®ÔÇú̹—zFoËÅeoúLïêý\/þ6NÍyw›2÷-9ÎjõC¬×˜ö×úô¿wï¤vA󧿢)w›¸™Ô]PùŸ•CUOû'é¨?-¾q’=Ð×bõNüòÿfÞ¬^Ò ö’jf‘‡Þ–«­'õ·kþí¬—?/ôzCåi•›ÜÝíÿ¯Ú8‰~»ñ¯¿Õnl�å9�û¯õýa¹ûcV^.fðj¨úÓ¬ösö¢oAµwâWˆÞÜ{®·Löð豊moöV¼;÷Rßèm¹4?ÓÍâTäõReZŸß2·5?Ñ÷ª�é‡{ú¹wÓ¬Hâ|]RíÈýõ#}jkßú�lÞn‹]ºVC•O‹µÔ´ø>8Üœ»n½™ß$ÏÜXn ç7÷R?Ÿ½BoâÞwYºëV5æ®ãÀÜ$Y:r÷ovSVœ ‰ù-6 èE‹ù—¹û?{‰Œó{ƒü¯wÕ Ëª}ìn²¬Ø•ù«¬6Tõt8Mw«w1Ñ= Ú›÷NüÑ[~‡t·vÿ&yxʱjçs®·âÝ/õŒÞšüxK©�©;Çw•zÿDééUÈNtš~ªÆÅ¦ê[W_ÅFý šÿ3Ò;[[[zGY¬z/.3ûËr ±²·z³È¬sn›Mµ¡ÜÓY´¥Ôíiù«ì�~ —{Ñ_éö?_ÀkoùNÊôŽêÙ•€ùd™ÜáÉêc¹múÕß|ªþQõæÞ�{©ï#Jo]1¹ézzg {{G¢‡Çã7Öè­#ÒÝáe¿…:Ó›ØáI·‡™Y’Ú=½uÃ,vŠßEWz~øêå÷¿ï?;üÁçü–ÜÕ—gbâ˜D§úa�ýÌo“Íj/z׳h`Gdég¯íp~{KË�š±âÞªAo×ͪÞjÛèÙäë|%¹ÿÏ•¹ý¹Þâ�þŸ¾Nõ„4Ö×ëOëI³K7†R½ÄN@‰­Ðç«73#÷’j§v¬¦;Çù‚¡·Ni1¿™Êîÿ`žº;¹û#Ͻ¥ ëèÌ%kî·ôJÒïü6‹†YÙ@ç+U7œßù­Ú©Ùb¾=Ú~†`è­SZôöêþq Úþ3s'g¶ýûñ±×Þ²xPd`&ž¿úšßŠû·Ø\Ìoù¬ç†óÜ[¹Sæ7,Ò¢·§v!© Êû7·°ôÖ[ºÝËï}²I¾ ¯¾T[Õ›ùröÁôC0ôÖ)«zs÷oG£Ñ·ùT7=4 �V÷çz35ä7Aý×:“É�Zu±¶ªabרJÊù- h`‡›úí­Ú©½c\ñ2z»vVõö¶Ú÷ö¶Ú×p#´XgôvýÐ[˜è‹Ð[˜è‹Ð[7F†Þ:…Þº1B0ôÖ)ôÖ�‚¡·N¡·nŒ ½uÊóPÊŽBY«‚¡7@½bÎé�rþ„Þ!çOè¢s£7@†ÉíŒÞ ynçô°¹±ž¸Üè¯È�Þ€àÊÜÎè¬ÊíœÞ€°j¹±žªçFo@Ps¹ÑÒ|ng_�ó‡x�²endstreamendobj216 0 objstreamH‰¬WÛŽ I}ﯨÇD•ó~A«–ì�?íž �ó‰‰O\Yô~9~^Ö�·Pܲf·•@�~ÜýpõÒE»¸ë°ÅåÊ8á×ËÓ‡g\¯–árÿñaÞ¼Ž¼‡é÷õß?¼}ý/¼Ãú ô¸�ŸßÝýøò é“®ÿrüýì ±ÁV6ǰ!�¼‘ËdyÄ’'nìžÎdPøoÏG«ŸÚ•“nâÔÕ’'2ýl6Ŧ!oå«Ú‘Í‘íhñËc`Ewgá%ì홥³ºåx+·—¼'­"¥"¿ëÊÞÂíñþ2�Ødá£Kþ9œï�Ë-pñQàÆË|g@ôíÙ¹ãlØ’–ùw¨¨çÑ;줼>W/&Üу3¢zÈ^ÍJì =«Æ€(ú͆)Š\^óCƒÖ®ë�“ãÛ‘�›ù4&»fí˜&ñ5Õµ\éÑr­DÑB=©¥âÕg¢ýj�ÑòdE ËØÝl'ÊѳÃe …8ùûéðY��ë1�V¸Þy¸ }^¨þ\‚½W‡ß¼|yxûËÛw‹¿]®»á¶½â©Ž¹YQðsš‹æêO º{ý󵕿óéåËÿ|øåî_Ëí+z–ùÙ«kÚ¾\ýíÕ§;Z–çÏ/vß;Šð›äÏžz.ØíË)Ò³³ÍÒmI�jã࡞í à B‰VÎ5\¤úN;zŽ:šf–g>goI§ÌãAË'$ñêâæbP•#Õ[˜ïÈ¡{˜Pê®�FiË*Ñ"TC$!Ä^B -ûC ,:é~: ‚i’=„Ìè5hœÀ°vm&PM”•Iã* �tÍ„Žh-Ži�ܕњ� ‚щ+¤ B`„�fJ1,¡Ï„|Ÿ.¤5 'µmתlûa2á´{².¢AÒ[DSɃdÕÑH&Õf·š­À oy¦ õ£›;˜ÓäVR�‹Ô¸F c8²œ§ ¿ *»žF ^D'9£,f]§ ´Š>»Êœ¿ztz™å{Ò$äõµ"TVt­Pîžøom¨@ªNòaLë–}Ö§ú†´ÛÊ Ž/ˆSÞ÷>öO-W(ª–¿Oí%â' _$òïĭýN{ŽÍ«Ú ˜¨•óEËÌÆr’Þ¥ô­FIÃVÛå C©_ 9 ŸãXi�ÎØ¹žjÞ£s‹c=èEüª=@�:š r'ó@ÌóÊ)ò’~;ÈaJ"ë·‚ç”Iít‘ö�g²¶Í$§¢)]�xmÛPÄP+òWeׯ© Y•kÓ“ÔÞ5;xK3™"IƒZh.è2]„Aq€Ò�†©tÍËmô÷·¹_âÂC‹Wû�@¶ù]܆w‰2$À‰ðïQ´o©ñSâ.ám®²þ ET l:…gª�–â¼7QÊyGÑe÷Xã'–A Û�L§£ 1¡¶×P†J׬†ø”i!y¡”OаQÜ£×ç¸]Ø4tRvü´&¬„lÃCŒ·T Õ[ Hú(é¬ @ ÎFÒjöa£êE`˜¦iÀh»+‡©´¥–r:øE3~!_Y?cƒ]Ú9Ëc#YÛoóÙ?´Wº° Å¢V¯BÊPxr�ágAŽúVƒ(Šm&©S™Å«2�ÜAwLJ,'ù´ N;¸«••§é6‚Ó$�ÈØµÄ#naaðZaa Láæ ÔÊE3Tëu& “GÓ�VVôD[� !ÕWæ…¹¦†ÊN΄†P…nÏé›P¸²Ùî´Ç¾oBo›yv¢æu¦åGÄøcÝ·[Šˆœqó8 Ëâ¶ã�T‹ÖìÇÃ+ª~5ð4$¹x 7ÝκH@•i¹Ütž9§4;âÒ+#Ÿ¯rÎÑ{�Òm¶l§æÇá AÑÒÔwõ%§ £>z*M‡bÃÀs{^Ñ­¦ íÔ‹¹Ûk¯ãÈJDÎÒ”ZÌÀÆ6&ò ÔN ²0Nøx|8yT�!#»sÊO×ÅF{�g‡~7Õ·òãôìŸD•Vu½çCa5Û´‹±ñšºxfšù:-{ü²âÌÈâJŠÌ2ˆúSnI¨Ã#¢–Š#ª âE=i§è• CPL 1�PŸ!ÆW “8Š|Š%Q0CwÒ3á~뎣˜m6àLìˆ�€òºRC¤ð×$h;üÇQv}']Sá�IPLìàŽb·AœG•±‚ZPM�Du˜{B#¼Ÿ¿+5»æ ^ŽlÎhȆ{×Ü`êoÞN¼oÛ^¹0²½ZyÎmö{þíÙ�Ú&ƒ8õ{̲¯|f o¹íäÓí¥g¥TOÃöâJgtOÝYšÏÒ¼På1žÆRLÛÛãmQ}‡DO œÛë݇ãöj6 ÞN«ïRñ‘º�4 Ÿ÷·W5ßK±¿KG½!Ð|=!è×ëšË뉜y £¬‘�(æ5ÔOS„˜~MiVF3¸î>V`�-f°œõ^V´;垆-àNÎ~‡$ÂÀ6ÕÉÕŽX9©ôk%éƒ1=úQs’À0ò³À Y #Ê6£š¬ˆ¯÷ }œÛôKboé!ȆŸ¶…¿%ÖPpm“vµ¾^¹¢ÅνäâFl÷–KßeÙ¶LHí“ÖúÉL³á†ÂÞ3ŠjSƒBš³ä�aeñÁ"í ;YšÔ\²¦amÊ®R›=f·š(fV€ÇÅŽ»t³«!;ìêïnvØÙ?ß ðÏs?mÓQö º�à…

2025-04-09
User9961

Word EquationCarbon Monoxide + Hematite = Iron + Carbon DioxideThree moles of Carbon Monoxide [CO] and one mole of Hematite [Fe2O3] react to form two moles of Iron [Fe] and three moles of Carbon Dioxide [CO2] Reactants Carbon Monoxide - COCarbonyl Carbonyl Ligand Monoxide Flue Gas Carbon Oxide [Co] C#O Co Hematite - Fe2O3Iron(3+);Oxygen(2-) Haematitis Of Pliny Raphisiderite Oligiste Blood Stone Products Iron - FeFerrum Metallicum Hierro Ferrum Eisen 26Fe Fer Element 26 Carbon Dioxide - CO2Co₂ Carbon Oxide Methanedione Carbon-12 Dioxide Carbonic Acid Anhydride E290 E 290 E-290 ThermodynamicsThermodynamics of the reaction can be calculated using a lookup table.Is the Reaction Exothermic or Endothermic?CO (g)3 mol-110.54128 kJ/mol331.62384 kJFe2O3 (s hematite)1 mol-824.248 kJ/mol824.248 kJFe (s alpha)2 mol0 kJ/mol0 kJCO2 (g)3 mol-393.5052 kJ/mol-1180.5156 kJΣΔH°f(reactants)-1155.87184 kJΣΔH°f(products)-1180.5156 kJΔH°rxn-24.64376 kJΣΔH°f(reactants) > ΣΔH°f(products), so CO + Fe2O3 = Fe + CO2 is exothermic (releases heat).Is the Reaction Exoentropic or Endoentropic?ΔS = Sproducts - Sreactants. If ΔS 0, it is endoentropic.CO (g)3 mol197.9032 J/(mol K)-593.7096 J/KFe2O3 (s hematite)1 mol87.40376 J/(mol K)-87.40376 J/KFe (s alpha)2 mol27.27968 J/(mol K)54.55936 J/KCO2 (g)3 mol213.67688 J/(mol K)641.03064 J/KΣΔS°(reactants)681.11336 J/KΣΔS°(products)695.59 J/KΔS°rxn14.47664 J/KΣΔS°(products) > ΣΔS°(reactants), so CO + Fe2O3 = Fe + CO2 is endoentropic (increase in entropy).Is the Reaction Exergonic or Endergonic?ΔG = Gproducts - Greactants. If ΔG 0, it is endergonic.CO (g)3 mol-137.27704 kJ/mol411.83112 kJFe2O3 (s hematite)1 mol-742.2416 kJ/mol742.2416 kJFe (s alpha)2 mol0 kJ/mol0 kJCO2 (g)3 mol-394.38384 kJ/mol-1183.15152 kJΣΔG°(reactants)-1154.07272 kJΣΔG°(products)-1183.15152 kJΔG°rxn-29.0788 kJΣΔG°(reactants) > ΣΔG°(products), so CO + Fe2O3 = Fe + CO2 is exergonic (releases energy). Instructions To balance a chemical equation, enter an equation of a chemical reaction and press the Balance button. The balanced equation will appear above. Use uppercase for the first character in the element and lowercase for the second character. Examples: Fe, Au, Co, Br, C, O, N, F. Ionic charges are not yet supported and

2025-04-02
User4511

Is not a co-party of Unarco under Rule 13(g). In response, Unarco contends that there is conflicting authority regarding the definition of a co-party . . . . (Internal citations omitted; second alteration in original.) Finding no guidance from our court, which has not addressed whether an original defendant -3- Nos. 09-5182 & 09-5183 Asher, et al. v. Rack Conveyor Installation, Inc., et al. can file a cross-claim against a third-party defendant under Rule 13(g) or Rule 14(a) 1 of the Federal Rules of Civil Procedure, and surveying conflicting authority on the issue, the district court found persuasive the authorities holding that an original defendant is limited by the language of Rule 13(g) and can only bring crossclaims against co-parties. Co-parties, according to the district court, are those sharing like status[.] (Internal quotation marks omitted.) The district court concluded that Unarco and RCI do not share like status, as RCI has not been sued by the Plaintiffs and is merely a third-party defendant to the action, while Unarco is an original defendant and a co-party of Third-Party Plaintiff Atlas. Therefore, the district court dismissed Unarco s crossclaims against RCI for failure to state a claim upon which relief can be granted under Rule 12(b)(6) of the Federal Rules of Civil Procedure, but it clarified that the dismissal was without prejudice to permit Unarco 1 Rule 13(g) provides: (g) Crossclaim Against a Coparty. A pleading may state as a crossclaim any claim by one party against a coparty if the claim

2025-03-28
User8937

. . . . . . . . . .. . . . . . . . . . . . . . . • F lidio b7 . . . . . . . . . . . . . . . . . . . . .. . . . F7(9) C tons int . . . . . . . . . . . . . . C7 0 66 Eb dim . . . . . . . . . . .. . . . . . . . .. .. . . . . .. .. G d6rico 07(#9) Gm7 F tons int. . . . . . . . . F7(9) D tons int. . . . . . . . . . . G tons int. . . . . . . . . . . 07(#5) G7(9) . C tons int C7(#11) 0 . Nelson Faria Progressao 12: Bossa Nova Esta progre~exemplifica o uso do acorde diminuto em diferentes situacoes harmonicas e cadencias tipo Ilm7 V7 I7M. A m me 1 6d I. co Am6 .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . G# • d", m . . . . . . . . . . . . . . G#o . . . . . . .. . . . . . . . . . . . . . . . . . . .. . . .. . .. . . . . . . G d6rico Gm7 . . . . . . . . . . .

2025-03-29

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