Procedure 3 Step 1: Make a molecular model of Compound 9, shown on the right. You are going to use the atoms from this molecule to make other compounds. Make sure you have the rest of the model kit put aside and keep all the pieces from this original compound separate so you are working with all the same pieces. Question 1: Is this molecule the same or different than Compound 1 in Part 1?, Question 2: Does it have the same or a different molecular formula, i.e., did you use all the same pieces, or did you have any pieces left over? Give the molecular formula for Compound 1 : and for Compound 9: Question 3: Do these two molecules have the same connectivity, i.e., are all the atoms connected in the same way: Question 4: What type of isomers of are Compounds 1 and 9 ? Step 2: Now make Molecule 10 shown on the right Question 5: Give the molecular formula for Compound 10: Question 6: Is Compound 10 a structural isomer of Compound 9 ? Briefly explain your aswer: Question 7: Compare Compounds 1, 9, and 10. Which two of these compounds do you think would be the most similar in properties and why? Step 3: Using the same atoms, build models and then draw the structures of at least four other structural isomers. Procedure 3 Step 1: Make a molecular model of Compound 9, shown on the right. You are going to use the atoms from this molecule to make other compounds. Make sure you have the rest of the model kit put aside and keep all the pieces from this original compound separate so you are working with all the same pieces. Question 1: Is this molecule the same or different than Compound 1 in Part 1?, Question 2: Does it have the same or a different molecular formula, i.e., did you use all the same pieces, or did you have any pieces left over? Give the molecular formula for Compound 1 : and for Compound 9: Question 3: Do these two molecules have the same connectivity, i.e., are all the atoms connected in the same way: Question 4: What type of isomers of are Compounds 1 and 9 ? Step 2: Now make Molecule 10 shown on the right Question 5: Give the molecular formula for Compound 10: Question 6: Is Compound 10 a structural isomer of Compound 9 ? Briefly explain your aswer: Question 7: Compare Compounds 1, 9, and 10. Which two of these compounds do you think would be the most similar in properties and why? Step 3: Using the same atoms, build models and then draw the structures of at least four other structural isomers