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TRUE  z 10/16/2005 9:47:15 PM  c TRUE tInfo_AuthorName z 2/19/2006 1:12:33 AM P lecule Pj her atoms around this carbon to make Acetic Acid using Drag and Drop feature of ToolBook 2004. vInfo_Description wG BDrag and Drop; ToolBook 2004; Chemistry; Dot Structures; Molecules xINFO_KeywordsR :P John TaylorS t  HTMLS  54:05 PMe  HTML k' "Drag and Drop Formic Acid Molecule ' "Drag and Drop Formic Acid Molecule i U TRUE    John Taylor Pzic Acid Molecule Ppoy 120,25.125,100 305,78.25,11.6875 0,0,0 0,0,0 0,0,0 0,0,0 0,0,0 0,0,0  pASYM_Caption   [ 1071748632 sh.htmlQYN IC:\Documents and Settings\John\Local Settings\Temp\DIRDDB.tmp\splash.html  ' "Drag and Drop Acetic Acid Moleculek<;)i Q] n A3Hӱ=!YyE i"P!$_Sm&y'(É#*+,-.>/0g12['3456n78^9:L;<k=>?@RABK]CD|EFwGHIJKLMNbOPQR STVaWXoZ%\~U^ _`Kab?cd Yfehgj[l)nckpUrqtsvwx Y!yeFYoy 120,25.125,100 305,78.25,11.6875 0,0,0 0,0,0 0,0,0 0,0,0 0,0,0 0,0,0s One carbon is stationary, build two oxygens to the carbon to make the carboxyluc carbon and add two hydrogens to complete the Formic Acid Molecule using Drag and Drop feature of ToolBook 2004.z\p  2H>ZpFVlzX `~ &&^r 8J"@Rf"8Vh < ~   .^Vn Z r     L j   ">  L&    p R@E%HS&1&@ XpeDrag and Drop Formic Acid Molecule.:,V{~ d1p>ng;g# 051016202540297993171540367700ASYM_TpID@l5x5x5Ceacetate drag and dropv th3f4s e0 K"X0GR$!+.?Bu+-- This {has hyperlink   $C0^:R  x+-- This {has hyperlink Q  0T~,RY  F# 0$R  "0;RE V) $RdD+:MGH%DuuFFD))pp0 0e e==03   HMHMC HMIN(MH%DuFFu))Dpp 00e ==e03#$$$$3?]]]]]]]DO$$$$$$$$$$$ ""*                                              o` $$$$$$$$$$$$$$$$$$$$ '  3 dD+.=MGTQ%DuuFFD))pp0 0e e==03    HMHMC HMIN(MH%DuFFu))Dpp 00e ==e03#$ $$ $$$$$$$$$$$$$$$$$$$$$ ""*                  3        D                 o` $$$$$$$$$$$$$$$$$$$$ 'W  0Z ^;R_   iV dD+<MG*  ' %DuuFFD))pp0 0e e==03   HMHMC HMIN(MH%DuFFu))Dpp 00e ==e03#$$$$$$$$$$$$ $$ $$ $$$$$$$$ ""*                   3? ] ] ] ] ] ] ] DO                o` $$$$$$$$$$$$$$$$$$$$ 'Q q dD+:MGT%DuuFFD))pp0 0e e==03   HMHMC HMIN(MH%DuFFu))Dpp 00e ==e03#$$$$$$$$$$$$$$$$$$$$$$$$ ""*                                              o` $$$$$$$$ 3        D$$$ '5 dD+ ^5MG p%uFD) D)uFޅ|pf\e=0 0e=U3 R3g  D dD+ ^>MGjp%uFD) D)uFޅ|pf\e=00 e=U3 R3  dD+`jGMG##pppFFF)))DDDuuuUUU eee000RRR===&w  b   HMHMb C HMIN(MHpF)DuU e0R=JJJ6    >  :  9  #          CC2            =  C C '&& sS{ "K&&&Definable Arrange Objects''* -e' y6_ dD+ k<MG+'+pppFFF)))uuuDDDUUUeee000 ===RRR/x  b   HMHMb C HMIN(MHpF)uDUe0 =RJJJDDDDDDDD    >  :  9  #"                   !!"" 8  :  =  C C '{/wa(Q dD+` ;MG~/3p%uFD) D)uFޅ|pf\e=0 0e=U3 R3333Y.433 3Author4"4 +4ReaderU4X4 c4enterPage{4K~4!?4f"4v\>544 4ASYM_SummonWidgets44 4objectDropped#5&5 ;5ASYM_ObjectDroppede5h5 y5ASYM_BeginDrag.w8..*'b      \&x."/x\ b &*'"/<<<F9`$ Formic Acid Molecule: HCOOH (Bond Carbon to Carbon by Single Bond first)t) l ,$,l, Leftover Oxygen  Leftover Hydrogens' Leftover Carbonn9 trueM hydrogen1000a hydrogen0100ao | oxygen2121 carbon2011oxygen0222hydrogen0010hydrogen0001a 3705,1590oxygen2202Definable Arrange Objects84sg~2T0"!$#OO %5('qp)KQ,+r -0/I 21E3"F587>9<;r@=?ΣBAf(DCXE:GJINLKONMDPORQB:TS?:U):XWeZY\[^]`_cbaudcfe hgji`lkZcnmfpoFxqO#9A<kekkkkASYM_WID_QType  ORDEROBJ!ASYM_WID_Editor; ORDEROBJ.SPBOtbk_wid_namea: LSEASYM_WID_AutoLockAnswer falseASYM_WID_MultipleAnswers falseASYM_WID_AnswerLocked  !ASYM_WID_DelayFeedback" false1#tbk_wid_props$ ASYM_WID_AutoLockAnswer ASYM_WID_AutoReset ASYM_WID_DelayFeedback ASYM_WID_IsScored ASYM_WID_MaxScore ASYM_WID_MultipleAnswers%ASYM_WID_TriesUsed&|'tbk_wid_values[(T Oboolean list,enterPage,leavePage,always,never boolean boolean text booleanu)ASYM_WID_TimeChosen*|+ASYM_WID_Doc, QUESTION.HLP-ASYM_WID_TimeUsed. 6435,4740/ASYM_WID_TriesMax01ASYM_WID_TimeMax+2G3ASYM_WID_TargetObject[4 75,4800s5ASYM_WID_DragSnap6 1395,48007ASYM_WID_RejectWrong8 true9ASYM_WID_MaxScore: correct;ASYM_WID_IsScored < TRUE' =ASYM_WID_Tolerance7 > 10S ?ASYM_WID_RandomAnchore @ 40 AASYM_WID_UseAnchor B true CASYM_WID_LookHard D false EASYM_WID_AnsArray F true GASYM_WID_FeedbackFilter IoldSpot% J 302,3027 KColorChosenM L 255,255,0c MColorNotChosen{ N 255,255,255 OASYM_WID_Author Pclick2learn.com QASYM_WID_CreateDate R 3/1/99 SASYM_WID_Name T Arrange Objects Question/ UASYM_WID_TimeStartI V_ W_ASYM_Catalogso X P,A YASYM_WID_ID Z [INFO_Description \ An arrange objects question allows the user to move specified objects. 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Click the Use as Anchor button and click OK. 3 Click the Add button on the Answers tab, and then choose an object that can be moved and click OK. 4 Repeat step 3 until each object that you will allow to move appears in the Object to move list on the Answers tab. 5 Specify any other options you want, and click OK to close the dialog box.aINFO_AssistantDescriptionb cINFO_AssistantAdvancedStepsTextd =eINFO_AssistantBasicStepsTextKf igCatalogThumbnailObjecth ~Definable Arrange 1iASYM_WID_DeploymentjkASYM_WID_RoundScorel noRoundingmASYM_WID_MinScore n 0+oASYM_WID_AutoScoreWeight=p true]qASYM_WID_SummaryFeedbacksr 7650,4755seQtA<A<A<u|v 3735,3645w6 jT"x6Rp66F CorrectRRb Incorrectpp Partially Correcty 3705,2595z|{|| 2670,1575}|~ ASYM_QY&jTsA"o 103,1752ASYM_WID_ResetPosition 187,1963ASYM_Draggablea ... ^n buttonClick 6http://www.lsua.info/chem1001/dragdrop/FormicAcid.html| jump jump  767,2528ASYM_WID_ResetPosition 4905,1605|Kr}jTsA"]LSE{ASYM_WID_ResetPosition|ASYM_Draggable.ujTsA"ASYM_DraggableASYM_WID_ResetPositionPicture id 24 of Page id 0,Picture id 23 of Page id 0,Picture id 4 of Page id 0,Picture id 9 of Page id 0,Picture id 5 of Page id 0,Picture id 3 of Page id 0,Picture id 10 of Page id 0,Picture id 11 of Page id 0,Picture id 0 of Page id 0-ASYM_DraggablewvzjTsA}" falseASYM_WID_ResetPosition_objListASYM_DraggablejTsA"5 Field "atompile"SASYM_WID_ResetPosition}4{jT"ASYM_Draggable|jTsA"LSE ASYM_WID_ResetPosition_startLoc3ASYM_DraggableMASYM_WID_ReadyToRunkASYM_WID_ResetPosition} FALSE 210,1293%  h N KU NN carbon2011|  3705,1590dv|  hydrogen0001a FALSE ? 2This is one of the extra hydrogens you do not use. false,auto 7650,4755  p hydrogen0010 FALSE ? OK! This is an extra hydrogen false,auto 6435,4740fw}"17= hydrogen1000 FALSE ? \good! In hydrocarbons hydrogen fill the electron need of the carbon atoms with single bonds. false,auto 4905,1605KK~ oxygen0222 FALSE ? The Carboxylic acid group -COOH is the functional group giving acid acid its acidic properties. This oxygen is double bonded to the carbon. false,auto 2670,1575 $*06<FP oxygen2121 FALSE ? `Excellent! This oxygen hooks to the carbon by single bonds and has a hydrogen on the other side. false,auto 3705,25954FLRX^djpv&,;AG hydrogen0100a FALSE ? good! In hydrocarbons hydrogen fill the electron need of on of the oxygen atoms with a single bond. The H-O-C is the hydroxyl group hooked to a carbon. false,auto 3735,3645UU carbon22 FALSE ? Ok! This is an extra carbon which we can not use in acetic acid, because it is used for carbob barbon or carbon oxygen doubve donds only. 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] ] ] ] ] ] ] DO                o` $$$$$$$$$$$$$$$$$$$$ 'Q [ 01N;MGT%DuuFFD))pp0 0e e==03   HMHMC HMIN(MH%DuFFu))Dpp 00e ==e03#$$$$$$$$$$$$$$$$$$$$$$$$ ""*                                              o` $$$$$$$$ 3        D$$$ 'B*S 01 0MG p%uFD) D)uFޅ|pf\e=0 0e=U3 R3g  \01 MGjp%uFD) D)uFޅ|pf\e=00 e=U3 R3m 01`j.@MG##pppFFF)))DDDuuuUUU eee000RRR===&w  b   HMHMb C HMIN(MHpF)DuU e0R=JJJ6    >  :  9  #          CC2            =  C C '&& sS{ "K&&&Definable Arrange Objects''`'4e' y6_ 01 k@MG+'+pppFFF)))uuuDDDUUUeee000 ===RRR/x  b   HMHMb C HMIN(MHpF)uDUe0 =RJJJDDDDDDDD    >  :  9  #"                   !!"" 8  :  =  C C '{/w % 01` ?MG~/3p%uFD) D)uFޅ|pf\e=0 0e=U3 R3b4b433Y.433 33thor+4*4 +433aderc43 c43*4terPagex53K~4!?4f"4v\>5434 43z4YM_SummonWidgets434 4z44jectDropped;53:5 ;544YM_ObjectDroppedy53b4 y54:5YM_BeginDrag55K5!?5f"*6v\l655 5ASYM_SummonWidgets66 '6objectDroppedQ6T6 i6ASYM_ObjectDropped66 6ASYM_BeginDrag666Y.766 6Author7"7 +7ReaderU7X7 enterPageC?5C 9*'b      \&x."/x\ b &*'"/<<<F9`$ Formic Acid Molecule: HCOOH (Bond Carbon to Carbon by Single Bond first)t) l ,$,l, Leftover Oxygen  Leftover Hydrogens' Leftover Carbonn9U8LSEM hydrogen1000a hydrogen0100an%| oxygen2121 carbon2011oxygen0222hydrogen0010hydrogen0001a|J0oxygen2202Definable Arrange Objects84sg~2T0"!$#OO%5('qp)KQ,+r -0/I 21E3"F587>9<;r@=?ΣBAf(DCXE:GJINLKONMDPORQB:TS?:U):XWeZY\[^]`_cbaudcfe hgji`lkZcnmfpoFxqO#{9A<kekkkkASYM_WID_QType  ORDEROBJ!ASYM_WID_Editor; ORDEROBJ.SPBOtbk_wid_nameaLSEASYM_WID_AutoLockAnswer falseASYM_WID_MultipleAnswers falseASYM_WID_AnswerLocked !ASYM_WID_DelayFeedback" false1#tbk_wid_props$ ASYM_WID_AutoLockAnswer ASYM_WID_AutoReset ASYM_WID_DelayFeedback ASYM_WID_IsScored ASYM_WID_MaxScore ASYM_WID_MultipleAnswers%ASYM_WID_TriesUsedj|'tbk_wid_values[(T Oboolean list,enterPage,leavePage,always,never boolean boolean text booleanu)ASYM_WID_TimeChosenT|+ASYM_WID_Doc, QUESTION.HLP-ASYM_WID_TimeUsed.|0/ASYM_WID_TriesMax01ASYM_WID_TimeMax+2G3ASYM_WID_TargetObjectU4|Zts5ASYM_WID_DragSnap6|07ASYM_WID_RejectWrong8 true9ASYM_WID_MaxScore: correct;ASYM_WID_IsScored < TRUE' =ASYM_WID_Tolerance7 > 10S ?ASYM_WID_RandomAnchore @ 40 AASYM_WID_UseAnchor B true CASYM_WID_LookHard D false EASYM_WID_AnsArray F true GASYM_WID_FeedbackFilter IoldSpot% J 302,3027 KColorChosenM L 255,255,0c MColorNotChosen{ N 255,255,255 OASYM_WID_Author Pclick2learn.com QASYM_WID_CreateDate R 3/1/99 SASYM_WID_Name T Arrange Objects Question/ UASYM_WID_TimeStartI V_ W_ASYM_Catalogso X P,A YASYM_WID_ID Z [INFO_Description \ An arrange objects question allows the user to move specified objects. At Reader level, the anchor object appears in its correct location. The other defined objects automatically appear in randomized locations. ]INFO_AdvancedStepsText^ 1 On the Answers tab of the Properties dialog box, click the Add button. 2 Under Select an object name, choose the object that will be the anchor. Click the Use as Anchor button and click OK. 3 Click the Add button on the Answers tab, and then choose an object that can be moved and click OK. 4 Repeat step 3 until each object that you will allow to move appears in the Object to move list on the Answers tab. 5 Specify any other options you want, and click OK to close the dialog box._INFO_BasicStepsText` 1 On the Answers tab of the Properties dialog box, click the Add button. 2 Under Select an object name, choose the object that will be the anchor. Click the Use as Anchor button and click OK. 3 Click the Add button on the Answers tab, and then choose an object that can be moved and click OK. 4 Repeat step 3 until each object that you will allow to move appears in the Object to move list on the Answers tab. 5 Specify any other options you want, and click OK to close the dialog box.aINFO_AssistantDescriptionb cINFO_AssistantAdvancedStepsTextd =eINFO_AssistantBasicStepsTextKf igCatalogThumbnailObjecth ~Definable Arrange 1iASYM_WID_DeploymentjkASYM_WID_RoundScorel noRoundingmASYM_WID_MinScore n 0+oASYM_WID_AutoScoreWeight=p true]qASYM_WID_SummaryFeedbackkr|r5seQtA<A<A<|v|zt5wz6jT"x6Rp66F CorrectRRb Incorrectpp Partially Correcty|z5T|.||| 3705,2595~ ASYM_QY jTsA"o 103,1752ASYM_WID_ResetPosition 187,1963ASYM_Draggablea ... ^n buttonClick 6http://www.lsua.info/chem1001/dragdrop/FormicAcid.html| jump jump  767,2528ASYM_WID_ResetPosition|5|KHrjTsA"\%LSE{ASYM_WID_ResetPosition|ASYM_Draggable&.jTsA"ASYM_DraggableASYM_WID_ResetPosition`Picture id 24 of Page id 0,Picture id 23 of Page id 0,Picture id 4 of Page id 0,Picture id 9 of Page id 0,Picture id 5 of Page id 0,Picture id 3 of Page id 0,Picture id 10 of Page id 0,Picture id 11 of Page id 0,Picture id 0 of Page id 0-ASYM_DraggablewvjTsA}" falseASYM_WID_ResetPositionj|ASYM_Draggable}jTsA"5 Field "atompile"SASYM_WID_ResetPosition}*4jT"ASYM_Draggableu|jTsA"LSE ASYM_WID_ResetPosition_startLoc3ASYM_DraggableMASYM_WID_ReadyToRunkASYM_WID_ResetPosition}LSE 210,1293Picture id 24 of Page id 0,Picture id 23 of Page id 0,Picture id 4 of Page id 0,Picture id 9 of Page id 0,Picture id 5 of Page id 0,Picture id 3 of Page id 0,Picture id 10 of Page id 0,Picture id 11 of Page id 0,Picture id 0 of Page id 0_objList FALSE|%.%J  hydrogen0001a FALSE ? 2This is one of the extra hydrogens you do not use. false,auto 7650,4755  p hydrogen0010 FALSE ? OK! This is an extra hydrogen false,auto 6435,4740fw}"17= hydrogen1000 FALSE ? \good! In hydrocarbons hydrogen fill the electron need of the carbon atoms with single bonds. false,auto 4905,1605KK~ oxygen0222 FALSE ? The Carboxylic acid group -COOH is the functional group giving acid acid its acidic properties. This oxygen is double bonded to the carbon. false,auto 2670,1575 $*06<FP oxygen2121 FALSE ? `Excellent! This oxygen hooks to the carbon by single bonds and has a hydrogen on the other side. false,auto 3705,25954FLRX^djpv&,;AG hydrogen0100a FALSE ? good! In hydrocarbons hydrogen fill the electron need of on of the oxygen atoms with a single bond. The H-O-C is the hydroxyl group hooked to a carbon. false,auto 3735,3645UU carbon22 FALSE ? Ok! This is an extra carbon which we can not use in acetic acid, because it is used for carbob barbon or carbon oxygen doubve donds only. The two carbons in acetic acid bond by single covalent bonds false,auto 75,4800 > M S Y _ e k q w } oxygen2202 FALSE ? good! This is an extra oxygen. false,auto 1395,4800%yjTsA"%`J|%ASYM_WID_ResetPosition &ASYM_Draggable#& 411,2955;&_ASYM_RandomizedQ& 639,2504_&Answersu&ASYM_Draggable&carbon22& 604,2454&_startLoc&atompileE& 558,3145&  Answer''' 0;'_AXF_MinScoreQ' 369,2023a' 10u'_AXF_MaxScore'_startLoc'_startLoc''H6'_startLoc ( Link to Answer Page(_startLoc-(ASYM_ToolTip=(_startLoc')a ... ^n buttonClick 0http://www.lsua.info/chem1001/dragdrop/menu.html| jump jump 7)_startLocG)_startLocm)Button id 16 of Page id 0)_AXF_PartOfDefinableQuestion))_AXF_AnswerIndex)Button id 16 of Page id 0*_AXF_PartOfDefinableQuestion*'*_AXF_AnswerIndexO*Button id 16 of Page id 0s*_AXF_PartOfDefinableQuestion**_AXF_AnswerIndex*Button id 16 of Page id 0*_AXF_PartOfDefinableQuestion0* +_AXF_AnswerIndex1+Button id 16 of Page id 0U+_AXF_PartOfDefinableQuestionc+{+_AXF_AnswerIndex+Button id 16 of Page id 0+_AXF_PartOfDefinableQuestion+ +_AXF_AnswerIndex,Button id 16 of Page id 05,_AXF_PartOfDefinableQuestionC, ],w,,,,,p.- +-   Drag & Drop MenuE- _- - p--_asym_hyperlinks-._asym_hyperlinks._AXF_AnswerIndex3.  3705,1590I.H 7650,4755_.& 6435,4740u.} 4905,1605.u 2670,1575. 3735,3645.* 75,4800.z 1395,4800.{ true 9|  3705,1590dv|  hydrogen0001a FALSE ? 2This is one of the extra hydrogens you do not use. false,auto 7650,4755  p hydrogen0010 FALSE ? OK! This is an extra hydrogen false,auto 6435,4740fw}"17= hydrogen1000 FALSE ? \good! In hydrocarbons hydrogen fill the electron need of the carbon atoms with single bonds. false,auto 4905,1605KK~ oxygen0222 FALSE ? The Carboxylic acid group -COOH is the functional group giving acid acid its acidic properties. This oxygen is double bonded to the carbon. false,auto 2670,1575 $*06<FP oxygen2121 FALSE ? `Excellent! This oxygen hooks to the carbon by single bonds and has a hydrogen on the other side. false,auto 3705,25954FLRX^djpv&,;AG hydrogen0100a FALSE ? good! In hydrocarbons hydrogen fill the electron need of on of the oxygen atoms with a single bond. The H-O-C is the hydroxyl group hooked to a carbon. false,auto 3735,3645UU carbon22 FALSE ? Ok! This is an extra carbon which we can not use in acetic acid, because it is used for carbob barbon or carbon oxygen doubve donds only. The two carbons in acetic acid bond by single covalent bonds false,auto 75,4800 > M S Y _ e k q w } oxygen2202 FALSE ? good! This is an extra oxygen. false,auto 1395,4800  h N KU NN carbon2011|  3705,1590dv|  hydrogen0001a FALSE ? 2This is one of the extra hydrogens you do not use. false,auto 7650,4755  p hydrogen0010 FALSE ? OK! This is an extra hydrogen false,auto 6435,4740fw}"17= hydrogen1000 FALSE ? \good! In hydrocarbons hydrogen fill the electron need of the carbon atoms with single bonds. false,auto 4905,1605KK~ oxygen0222 FALSE ? The Carboxylic acid group -COOH is the functional group giving acid acid its acidic properties. This oxygen is double bonded to the carbon. false,auto 2670,1575 $*06<FP oxygen2121 FALSE ? `Excellent! This oxygen hooks to the carbon by single bonds and has a hydrogen on the other side. false,auto 3705,25954FLRX^djpv&,;AG hydrogen0100a FALSE ? good! In hydrocarbons hydrogen fill the electron need of on of the oxygen atoms with a single bond. The H-O-C is the hydroxyl group hooked to a carbon. false,auto 3735,3645UU carbon22 FALSE ? Ok! This is an extra carbon which we can not use in acetic acid, because it is used for carbob barbon or carbon oxygen doubve donds only. The two carbons in acetic acid bond by single covalent bonds false,auto 75,4800 > M S Y _ e k q w } oxygen2202 FALSE ? good! This is an extra oxygen. false,auto 1395,48009>,>R".t&@Tf"6N.`. "0L`x  , < X j       8.  * < R h        4 N d t      BPn0Bbxz. ..d.^t9b.2|:X"8Rp%%%&(&@&V&d&z&&&&&&'','@'V'f'z''''''((2(B(,)<)L)r)))))**,*T*x******+6+Z+h++++++,:,H,b,|,,,,,-0-J-d----- .