1. Build 2 toutene. Place the aliyl groeps aroond the double bool on the same side of the double bond 2. Is this molecule cis or trans? Cis 3. Draw the Skeletal structure of this molecule sbowing the comenbon of the allyl group around the double hood 4. Name thir compound in the Modriags Lab Duta Sheet ars! inclale stereochienintry. For example: 5. Keep the structure you originally heild. side of the docable bond 7. Draw the sieletal itnuctire of this molocule showing the orintition of the alky I. group arorad the double bond. 8. In this molecule cis or trame? 9. Name this componind in the Modelite Lab Duta Socet and isclabe itereochennitry. 10. Tig to superimpose the two structares 11. Can the two struchue the superimposod? 12. Are they mimor imses of each oher? 13. These two stricture ase ditsereceners of cach cther. b. Ring Syatems 14. Build a model of cyelohexane. 15. Remove cene hydrogen from the ring and replsce it with a necthi 1 reop? 16. Oo the fourth carbon auay (the carton widi the inethol poep, ibould be cotunted as 1 , teplace a hy drogen with a fluotize group and plice it ce the sarme side of the ring. 17. Is the molecule cis or trans? 18. Name thas courpound in the Modeline Lab Data Shoet asd inclade steroochermistry. 19. Kecp the structare yoa originally belt ind raterld cyckicume. 20. Remove one and arogen forn the ring and roplice it with a methyl goch 21. On the fourth carbes away (the carbee wilh the fluoro erope shoull be counted as 1). mplace a hydrygen atom with a fostine goop and plase if on the opposite aide of the ring. 22. Draw the alcleal atructure of the molecule asid include slereochemistoy. Kerp in mind the eculmetry of eich atorni = the motevule. 23. Try to superinpese the two structires. 24. Is this molectle cir oc trans? 25. Name this compound in the Modeling Lab Datu Sheet and inchade ateroochertintiry: 26. Can the twi structare te rugerimpenat? 27. Are they mirror imales of each other? 28. These molecules are discerteomers of esch ofier. B. E and 2 mstem The fiand svidem is uied when there is more than two arvurd around the airben The group with the highest priority will be aniend privity sumber of I. If nwv groaps have the same prishity, keep miving out enrif yea find an atom that bave a ditferent atomie namber E- higher prierity growpe are en eppesior alles of the dooble bond. Z- higher prierify aroepe are oe the anme alde of the Aleblir boad. 29. Baild ethene 30. Remone both hydrygn atcona and p thee a methyl gropp and a bromo goup oo earbon 1. 31. Plece an ellel group on carkon 2 . Fuce it oe the sane sibe of the dosible bood in which yind piased the tweeno grop 32. Draw the deletal atrixtare of the molecule asd isclade aterpochemintry. Keep in minad the goometry of cach atim in the molocole. 33. Does this molecule have an E or 2 oorfigeration? 14. Name the compond alove. For Examplo 35. Knep your erieinal veructure and regeat atp 27 and 2s. 36. Place an ethyl group on carbon 2 on the opposite side of the double bond in which you placed the troeno grom. 37. Does this molecule have an E or Z oonfiferatico? 38. Try to superimpose the fwo structures. 39. Can the two structure be superimposed? 40. Are they mirros images of each odher? 41. These molecules are itaterosmers of each other C. R and S configuration R and S is a itereocherrical derightion that we also inse to distingriah stereoisomers foe which there is a boe-srperirposable mitror imige, called an mantiomer. Thir cheracteritis is called chirality. These isoneers will have one or mote chiral centen. Theie are upally carbon atoens booded to four dintinst atoens or striactires. When deternining the coefiguration we nust also asugn prionties. Wo maet atuign prichities to cach grogp around the chiral cewter. Pronitict afe awign the same as it the F/Z sy 4 ers Rount the lomed prionby groop rway from yoe Move an dirwstion fromi 1-3. If hou moved in a cocatcrelocknise deection the coafipinatina is S, bowevid if you mosod in a slockwite derection the cosfiguratione is R. 42. Coaneet a melonl, etto 1, troeso, and chioeo goep so a carbon alorm. 43. Give cacb group priority (14) 44. Hold group mumber 4 where it points away frumi you. 45. Count from the hiphest pricrity groug (t) lo the lower provity group (3). 46. Dran elae sheletal iria ture of yoer moleccle absuing perspective in the Modeling Lab Data Seet. 47. Did yod go in a clockwise or oounter clochwise direction? 48. Is the configutation Ror 5 ? 49. Name the corrpound acal inchabe ateroodsmitry Madeling Lab Data Shact. 52. Is the poeiferatyoen R or 51 55. Name the oompound and inslude strmochemintry. 54. Try an mgerimpose the two atractire 55. Can the trwe structice be superingowel? 56. Do ihey bock like murner imseges of each other? 57. They are manticmers \$arae Date A. Geometry? Medelinat Lata DataSherts. 1. Alkans: Lewis Structure inolude reverevisiel 1. Build 2 toutene. Place the aliyl groeps aroond the double bool on the same side of the double bond 2. Is this molecule cis or trans? Cis 3. Draw the Skeletal structure of this molecule sbowing the comenbon of the allyl group around the double hood 4. Name thir compound in the Modriags Lab Duta Sheet ars! inclale stereochienintry. For example: 5. Keep the structure you originally heild. side of the docable bond 7. Draw the sieletal itnuctire of this molocule showing the orintition of the alky I. group arorad the double bond. 8. In this molecule cis or trame? 9. Name this componind in the Modelite Lab Duta Socet and isclabe itereochennitry. 10. Tig to superimpose the two structares 11. Can the two struchue the superimposod? 12. Are they mimor imses of each oher? 13. These two stricture ase ditsereceners of cach cther. b. Ring Syatems 14. Build a model of cyelohexane. 15. Remove cene hydrogen from the ring and replsce it with a necthi 1 reop? 16. Oo the fourth carbon auay (the carton widi the inethol poep, ibould be cotunted as 1 , teplace a hy drogen with a fluotize group and plice it ce the sarme side of the ring. 17. Is the molecule cis or trans? 18. Name thas courpound in the Modeline Lab Data Shoet asd inclade steroochermistry. 19. Kecp the structare yoa originally belt ind raterld cyckicume. 20. Remove one and arogen forn the ring and roplice it with a methyl goch 21. On the fourth carbes away (the carbee wilh the fluoro erope shoull be counted as 1). mplace a hydrygen atom with a fostine goop and plase if on the opposite aide of the ring. 22. Draw the alcleal atructure of the molecule asid include slereochemistoy. Kerp in mind the eculmetry of eich atorni = the motevule. 23. Try to superinpese the two structires. 24. Is this molectle cir oc trans? 25. Name this compound in the Modeling Lab Datu Sheet and inchade ateroochertintiry: 26. Can the twi structare te rugerimpenat? 27. Are they mirror imales of each other? 28. These molecules are discerteomers of esch ofier. B. E and 2 mstem The fiand svidem is uied when there is more than two arvurd around the airben The group with the highest priority will be aniend privity sumber of I. If nwv groaps have the same prishity, keep miving out enrif yea find an atom that bave a ditferent atomie namber E- higher prierity growpe are en eppesior alles of the dooble bond. Z- higher prierify aroepe are oe the anme alde of the Aleblir boad. 29. Baild ethene 30. Remone both hydrygn atcona and p thee a methyl gropp and a bromo goup oo earbon 1. 31. Plece an ellel group on carkon 2 . Fuce it oe the sane sibe of the dosible bood in which yind piased the tweeno grop 32. Draw the deletal atrixtare of the molecule asd isclade aterpochemintry. Keep in minad the goometry of cach atim in the molocole. 33. Does this molecule have an E or 2 oorfigeration? 14. Name the compond alove. For Examplo 35. Knep your erieinal veructure and regeat atp 27 and 2s. 36. Place an ethyl group on carbon 2 on the opposite side of the double bond in which you placed the troeno grom. 37. Does this molecule have an E or Z oonfiferatico? 38. Try to superimpose the fwo structures. 39. Can the two structure be superimposed? 40. Are they mirros images of each odher? 41. These molecules are itaterosmers of each other C. R and S configuration R and S is a itereocherrical derightion that we also inse to distingriah stereoisomers foe which there is a boe-srperirposable mitror imige, called an mantiomer. Thir cheracteritis is called chirality. These isoneers will have one or mote chiral centen. Theie are upally carbon atoens booded to four dintinst atoens or striactires. When deternining the coefiguration we nust also asugn prionties. Wo maet atuign prichities to cach grogp around the chiral cewter. Pronitict afe awign the same as it the F/Z sy 4 ers Rount the lomed prionby groop rway from yoe Move an dirwstion fromi 1-3. If hou moved in a cocatcrelocknise deection the coafipinatina is S, bowevid if you mosod in a slockwite derection the cosfiguratione is R. 42. Coaneet a melonl, etto 1, troeso, and chioeo goep so a carbon alorm. 43. Give cacb group priority (14) 44. Hold group mumber 4 where it points away frumi you. 45. Count from the hiphest pricrity groug (t) lo the lower provity group (3). 46. Dran elae sheletal iria ture of yoer moleccle absuing perspective in the Modeling Lab Data Seet. 47. Did yod go in a clockwise or oounter clochwise direction? 48. Is the configutation Ror 5 ? 49. Name the corrpound acal inchabe ateroodsmitry Madeling Lab Data Shact. 52. Is the poeiferatyoen R or 51 55. Name the oompound and inslude strmochemintry. 54. Try an mgerimpose the two atractire 55. Can the trwe structice be superingowel? 56. Do ihey bock like murner imseges of each other? 57. They are manticmers \$arae Date A. Geometry? Medelinat Lata DataSherts. 1. Alkans: Lewis Structure inolude reverevisiel