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Draw the Line Bond Structure for 2-methylbutane Step 1A: COMPLETE THE SKELETON STRUCTURE: Step 2: Use the skeleton structure from step 1A to find: Use single bonds to add HYDROGEN atoms to the carbon atoms until EVERY carbon atom has four bonds = OCTET. CC-C- C I C Step 1B: Count the total number of valence electrons from all the atoms in the molecule. Chemical formula of molecule Atom # of atoms X X X # of valence electrons = = = Total # of electrons in structure = totals Step 3: Subtract the number of electrons used to make the skeleton structure from the total number of valence electrons. Total # of electrons in structure (from step 1 above) # of electrons used in skeleton (from step 2 above) Remaining # electrons to be added= Step 5: Check for Octets Check the structure in step 4 for octets (4 pairs) of electrons around each atom. If octet rule is satisfied, you are done. If octet rule is not satisfied, go to Step 6. # of electrons used in skeleton = (multiply # of bonds in skeleton by 2) Step 4: Add the remaining electrons (if any remain) to the skeletal structure above as lone pairs as evenly as possible on all atoms except hydrogen. NOTE: Do you have any remaining electrons to add in this example..?????...see step #3! Step 6: Use existing lone pairs to make double or triple bonds until the octet rule is satisfied for all atoms

Draw the Line Bond Structure for 2-methylbutane Step 1A: COMPLETE THE SKELETON STRUCTURE: Step 2: Use the skeleton structure from step 1A to find: Use single bonds to add HYDROGEN atoms to the carbon atoms until EVERY carbon atom has four bonds = OCTET. CC-C- C I C Step 1B: Count the total number of valence electrons from all the atoms in the molecule. Chemical formula of molecule Atom # of atoms X X X # of valence electrons = = = Total # of electrons in structure = totals Step 3: Subtract the number of electrons used to make the skeleton structure from the total number of valence electrons. Total # of electrons in structure (from step 1 above) # of electrons used in skeleton (from step 2 above) Remaining # electrons to be added= Step 5: Check for Octets Check the structure in step 4 for octets (4 pairs) of electrons around each atom. If octet rule is satisfied, you are done. If octet rule is not satisfied, go to Step 6. # of electrons used in skeleton = (multiply # of bonds in skeleton by 2) Step 4: Add the remaining electrons (if any remain) to the skeletal structure above as lone pairs as evenly as possible on all atoms except hydrogen. NOTE: Do you have any remaining electrons to add in this example..?????...see step #3! Step 6: Use existing lone pairs to make double or triple bonds until the octet rule is satisfied for all atoms

Chemical Principles in the Laboratory
Chemical Principles in the Laboratory
11th Edition
ISBN:9781305264434
Author:Emil Slowinski, Wayne C. Wolsey, Robert Rossi
Publisher:Emil Slowinski, Wayne C. Wolsey, Robert Rossi
Chapter13: The Geometrical Structure Of Molecules-an Experiment Using Molecular Models
Section: Chapter Questions
Problem 4ASA: a. How many sticks did you need to make the skeleton structure?____________ b. How many sticks are...
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Draw the Line Bond Structure for 2-methylbutane Step 1A: COMPLETE THE SKELETON STRUCTURE: Step 2: Use the skeleton structure from step 1A to find: Use single bonds to add HYDROGEN atoms to the carbon atoms until EVERY carbon atom has four bonds = OCTET. CCC - C I C Step 1B: Count the total number of valence electrons from all the atoms in the molecule. Chemical formula of molecule Atom # of atoms X X X # of valence electrons = = = Total # of electrons in structure = totals Step 3: Subtract the number of electrons used to make the skeleton structure from the total number of valence electrons. Total # of electrons in structure (from step 1 above) # of electrons used in skeleton (from step 2 above) Remaining # electrons to be added= Step 5: Check for Octets Check the structure in step 4 for octets (4 pairs) of electrons around each atom. If octet rule is satisfied, you are done. If octet rule is not satisfied, go to Step 6. # of electrons used in skeleton = (multiply # of bonds in skeleton by 2) Step 4: Add the remaining electrons (if any remain) to the skeletal structure above as lone pairs as evenly as possible on all atoms except hydrogen. NOTE: Do you have any remaining electrons to add in this example..?????...see step #3! Step 6: Use existing lone pairs to make double or triple bonds until the octet rule is satisfied for all atoms
Transcribed Image Text:Draw the Line Bond Structure for 2-methylbutane Step 1A: COMPLETE THE SKELETON STRUCTURE: Step 2: Use the skeleton structure from step 1A to find: Use single bonds to add HYDROGEN atoms to the carbon atoms until EVERY carbon atom has four bonds = OCTET. CCC - C I C Step 1B: Count the total number of valence electrons from all the atoms in the molecule. Chemical formula of molecule Atom # of atoms X X X # of valence electrons = = = Total # of electrons in structure = totals Step 3: Subtract the number of electrons used to make the skeleton structure from the total number of valence electrons. Total # of electrons in structure (from step 1 above) # of electrons used in skeleton (from step 2 above) Remaining # electrons to be added= Step 5: Check for Octets Check the structure in step 4 for octets (4 pairs) of electrons around each atom. If octet rule is satisfied, you are done. If octet rule is not satisfied, go to Step 6. # of electrons used in skeleton = (multiply # of bonds in skeleton by 2) Step 4: Add the remaining electrons (if any remain) to the skeletal structure above as lone pairs as evenly as possible on all atoms except hydrogen. NOTE: Do you have any remaining electrons to add in this example..?????...see step #3! Step 6: Use existing lone pairs to make double or triple bonds until the octet rule is satisfied for all atoms
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