Are the following correct?
1. Predict the splitting patern you would observe for the proton at C1 of 2,3-dimethyl-2-phenylbutane --> First off, which one is the C1 carbon? I am assuming it is the carbon attached to the benezine ring - Hence making the answer a singlet?
2. Which of the following m/z values corresponds to the molecular ion for the following compound --> C6H14O (2-hexanol)? C=12x6=72, O=16 and H=1x14=14. Combined I'm getting 102. However, in mass spec. the molecular ion is simply missing one electron. Would the answer be 102?
3. The allyl cation has how many pi molecular orbitals? Is the answer 4.
4. The LUMO of 1,3-pentadiene has how many electrons? Is the answer 2.
5. Unsaturated product results from reaction of cyclohexene with which of these?
a. Br2/CCl4 at 25 degrees Celsius --> Incorrect - Gives a saturated product
b. NBS/CCl4, ROOR --> Yes
c. HCl, ROOR --> No
d. HCl, no peroxides --> No
e. More than one of these
Are the following correct?
1. Predict the splitting patern you would observe for the proton at C1 of 2,3-dimethyl-2-phenylbutane --> First off, which one is the C1 carbon? I am assuming it is the carbon attached to the benezine ring - Hence making the answer a singlet?
2. Which of the following m/z values corresponds to the molecular ion for the following compound --> C6H14O (2-hexanol)? C=12x6=72, O=16 and H=1x14=14. Combined I'm getting 102. However, in mass spec. the molecular ion is simply missing one electron. Would the answer be 102?
3. The allyl cation has how many pi molecular orbitals? Is the answer 4.
4. The LUMO of 1,3-pentadiene has how many electrons? Is the answer 2.
5. Unsaturated product results from reaction of cyclohexene with which of these?
a. Br2/CCl4 at 25 degrees Celsius --> Incorrect - Gives a saturated product
b. NBS/CCl4, ROOR --> Yes
c. HCl, ROOR --> No
d. HCl, no peroxides --> No
e. More than one of these
Related textbook solutions
Basic Chemistry
Principles of Chemistry Molecular Approach
Chemistry: Structure and Properties
Principles of Chemistry Molecular Approach
Chemistry: A Molecular Approach
Chemistry: A Molecular Approach
Principles of Chemistry: A Molecular Approach
