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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.U_INFO_BasicStepsTextQ` 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.qaINFO_AssistantDescriptionb cINFO_AssistantAdvancedStepsTextd eINFO_AssistantBasicStepsTextf gCatalogThumbnailObject%h ~Definable Arrange 1?iASYM_WID_DeploymentMjgkASYM_WID_RoundScorel noRoundingmASYM_WID_MinScoren 0oASYM_WID_AutoScoreWeightp trueqASYM_WID_SummaryFeedbackNseQItA<A<A<VN|w jTsA"x ASYM_Qy|45z#8J675{|h5}|h0 )| 75,48005sv6jTsA"RdPicture id 24 of Page id 0,Picture id 23 of Page id 0,Picture id 4 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 0qASYM_WID_ResetPosition0|ASYM_Draggable 932,2278 767,2528ASYM_WID_ResetPosition LSE  904,2948SHrjTsA"dP*?LSEASYM_WID_ResetPositionASYM_WID_ReadyToRunASYM_Draggable jTsA"ASYM_Draggable1ASYM_WID_ResetPosition>$pUASYM_Draggable~}jTsA" falseASYM_WID_ResetPositionPicture id 24 of Page id 0,Picture id 23 of Page id 0,Picture id 4 of Page id 0,Picture id 5 of Page id 0,Picture id 3 of Page id 0,Picture id 10 of Page id 0,Picture id 11 of Page id 0,Picture id 0 of Page id 0@|LSE|!-JJ67`rx~ hydrogen0001a FALSE ? 2This is one of the extra hydrogens you do not use. false,auto 7650,4755l} hydrogen0010 FALSE ? OK! This is an extra hydrogen false,auto 6435,4740bsy-39 hydrogen1000 FALSE ? \good! In hydrocarbons hydrogen fill the electron need of the carbon atoms with single bonds. false,auto 4935,1755GG} oxygen0222 FALSE ? The Carbonyl carbon group C=O is the functional group giving formaldehyde its aldehyde properties. This oxygen is double bonded to the carbon. false,auto 2700,1725 &,28>HR  hydrogen0100a FALSE ? good! In hydrocarbons hydrogen fill the electron need of on of the oxygen atoms with a single bond. The H-O-C is the hydroxyl group hooked to a carbon. false,auto 3765,2820mz carbon22 FALSE ? Ok! This is an extra carbon which we can not use in acetic acid, because it is used for carbob barbon or carbon oxygen doubve donds only. The two carbons in acetic acid bond by single covalent bonds false,auto 75,4800   ! ' - 3 9 ? E O Y | oxygen2202 FALSE ? good! This is an extra oxygen. false,auto 1395,4800!ASYM_Draggable!u{jTsA"" Field "atompile"!"ASYM_WID_ResetPositionk"|yjTsA""ASYM_Draggable"&.jTsA"#a ... ^n buttonClick 8http://www.lsua.info/chem1001/dragdrop/Formaldehyde.html| jump jump #ASYM_WID_ResetPosition#_startLoc$ASYM_Draggable$d0|-$ASYM_WID_ResetPositionC$ 694,1252Y$ 444,2321o$ 846,1685|$X/P* $_AXF_MinScore$ 10$ 0$ %ex$_ASYM_Randomized$ 724,1362$Answers %ASYM_Draggable%carbon22+%_startLoc=%atompileEc%_AXF_PartOfDefinableQuestion0%  Answer% 582,2749%Button id 16 of Page id 0%$L)%Button id 16 of Page id 0!&_AXF_PartOfDefinableQuestion/&G&_AXF_AnswerIndexW&_startLocg&_startLoc&&_AXF_AnswerIndex&H6&_startLoc& Link to Answer Page'Button id 16 of Page id 0='_AXF_PartOfDefinableQuestionM'_startLoca'ASYM_ToolTipo''_AXF_AnswerIndex'_startLoc'Button id 16 of Page id 0'_AXF_PartOfDefinableQuestion(a ... ^n buttonClick 0http://www.lsua.info/chem1001/dragdrop/menu.html| jump jump ((_AXF_AnswerIndex)_AXF_PartOfDefinableQuestion0')_startLocM)Button id 16 of Page id 0X)%X/q)_AXF_AnswerIndex)Button id 16 of Page id 0)_AXF_PartOfDefinableQuestion))_AXF_AnswerIndex*Button id 16 of Page id 0+*_AXF_PartOfDefinableQuestion9*Q*_AXF_AnswerIndex*n$R_AXF_MaxScorew*.v*d 0*.n$_AXF_MinScore***_AXF_MaxScoreex**+)+C+e+p.+ +   Drag & Drop Menu+ + + p),A,_asym_hyperlinksk,,_asym_hyperlinks,  6435,4740,u 4935,1755,& 2700,1725,~ 3765,2820,  1395,4800-4 true-4|- 0)-.67Field id 21 of Page id 0,Field id 17 of Page id 0,Field id 18 of Page id 0,Field id 15 of Page id 0,Field id 13 of Page id 0,Field id 14 of Page id 0,Picture id 11 of Page id 0,Picture id 10 of Page id 0,Field id 12 of Page id 0,Picture id 3 of Page id 0,Picture id 4 of Page id 0,Picture id 23 of Page id 0,Picture id 5 of Page id 0,Picture id 24 of Page id 0,Button id 16 of Page id 0,Picture id 0 of Page id 0.(-n$_AXF_AllObjects/Button id 16 of Page id 03/_AXF_PartOfDefinableQuestionA/Y/_AXF_AnswerIndex7L)n$n extra hydrogen false,auto 6435,4740bsy-39 hydrogen1000 FALSE ? \good! In hydrocarbons hydrogen fill the electron need of the carbon atoms with single bonds. false,auto 4935,1755GG} oxygen0222 FALSE ? The Carbonyl carbon group C=O is the functional group giving formaldehyde its aldehyde properties. This oxygen is double bonded to the carbon. false,auto 2700,1725 &,28>HR  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 3765,2820mz 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   ! ' - 3 9 ? E O Y | oxygen2202 FALSE ? good! This is an extra oxygen. false,auto 1395,48007P*,Picture id 24 of Page id 0,Picture id 23 of Page id 0,Picture id 4 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(7?S|77?(-   3735,1740`rx~ hydrogen0001a FALSE ? 2This is one of the extra hydrogens you do not use. false,auto 7650,4755l} hydrogen0010 FALSE ? OK! This is an extra hydrogen false,auto 6435,4740bsy-39 hydrogen1000 FALSE ? \good! In hydrocarbons hydrogen fill the electron need of the carbon atoms with single bonds. false,auto 4935,1755GG} oxygen0222 FALSE ? The Carbonyl carbon group C=O is the functional group giving formaldehyde its aldehyde properties. This oxygen is double bonded to the carbon. false,auto 2700,1725 &,28>HR  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 3765,2820mz 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   ! ' - 3 9 ? E O Y | oxygen2202 FALSE ? good! This is an extra oxygen. false,auto 1395,4800?6|@R70@r|IS5I JGJJ carbon2011|  3735,1740`rx~ hydrogen0001a FALSE ? 2This is one of the extra hydrogens you do not use. false,auto 7650,4755l} hydrogen0010 FALSE ? OK! This is an extra hydrogen false,auto 6435,4740bsy-39 hydrogen1000 FALSE ? \good! In hydrocarbons hydrogen fill the electron need of the carbon atoms with single bonds. false,auto 4935,1755GG} oxygen0222 FALSE ? The Carbonyl carbon group C=O is the functional group giving formaldehyde its aldehyde properties. This oxygen is double bonded to the carbon. false,auto 2700,1725 &,28>HR  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 3765,2820mz 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   ! ' - 3 9 ? E O Y | oxygen2202 FALSE ? good! This is an extra oxygen. false,auto 1395,4800JPicture id 24 of Page id 0,Picture id 23 of Page id 0,Picture id 4 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 0J_objListJ FALSEZS 3735,1740`rx~ hydrogen0001a FALSE ? 2This is one of the extra hydrogens you do not use. false,auto 7650,4755l} hydrogen0010 FALSE ? OK! This is an extra hydrogen false,auto 6435,4740bsy-39 hydrogen1000 FALSE ? \good! In hydrocarbons hydrogen fill the electron need of the carbon atoms with single bonds. false,auto 4935,1755GG} oxygen0222 FALSE ? The Carbonyl carbon group C=O is the functional group giving formaldehyde its aldehyde properties. This oxygen is double bonded to the carbon. false,auto 2700,1725 &,28>HR  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 3765,2820mz 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   ! ' - 3 9 ? E O Y | oxygen2202 FALSE ? good! This is an extra oxygen. false,auto 1395,4800qSv 3735,1740SH 7650,4755]7@JGJJ carbon2011|  3735,1740`rx~ hydrogen0001a FALSE ? 2This is one of the extra hydrogens you do not use. false,auto 7650,4755l} hydrogen0010 FALSE ? OK! This is an extra hydrogen false,auto 6435,4740bsy-39 hydrogen1000 FALSE ? \good! In hydrocarbons hydrogen fill the electron need of the carbon atoms with single bonds. false,auto 4935,1755GG} oxygen0222 FALSE ? The Carbonyl carbon group C=O is the functional group giving formaldehyde its aldehyde properties. This oxygen is double bonded to the carbon. false,auto 2700,1725 &,28>HR  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 3765,2820mz 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   ! ' - 3 9 ? E O Y | oxygen2202 FALSE ? good! This is an extra oxygen. false,auto 1395,4800 hJGJJ carbon2011|  3735,1740`rx~ hydrogen0001a FALSE ? 2This is one of the extra hydrogens you do not use. false,auto 7650,4755l} hydrogen0010 FALSE ? OK! This is an extra hydrogen false,auto 6435,4740bsy-39 hydrogen1000 FALSE ? \good! In hydrocarbons hydrogen fill the electron need of the carbon atoms with single bonds. false,auto 4935,1755GG} oxygen0222 FALSE ? The Carbonyl carbon group C=O is the functional group giving formaldehyde its aldehyde properties. This oxygen is double bonded to the carbon. false,auto 2700,1725 &,28>HR  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 3765,2820mz 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   ! ' - 3 9 ? E O Y | oxygen2202 FALSE ? good! This is an extra oxygen. false,auto 1395,48009>,BV,,&@ -b"6,`z.H`v,? 6 H ` t        " : L d v vS       0 L f z        . F & D @ZVv*DRl @ $,`S\,.IXJJ]j.7DZ!!!"&"p"""###$$2$$H$$^$*%$&$$$%&&4& %0%%B%h%*^)%v))))) *0*L&\&l&>*&&&,)(B'R'*(''''(t'&')f'&./8/F/***+.+H+j+++++,.,F,p,