Question 3 Me What is the number of tertiary (3°) carbons in the compound shown? Selected...
6 Which of the carbons in the structure shown above are tertiary carbons? (mark all correct responses) Choose all that apply al b) c) d) 15 Ia saturated open chain alkthalide has 15 carbon atoms, 4 chlorine atoms, and 1 bromine atom, how many hydrogen atoms are present? 7 What is the proper IUPAC name for the structure shown below? Use proper IUPAC Syntax with dashes between number and letters) and commas between numbers) as shown in the Tutorial. There...
A hydrocarbon has 4 carbons. What is the minimum number of hydrogens the compound can have while still obeying the octet rule for all the carbons? Enter your answer as a number.
3. (1 point) Using the mass spectrum shown below determine the molar mass and the number of carbons in the compound. 100 MS-10-1329 Relative Intensity 40 10 20 30 40 60 70 80 50 m/2
( points) Determine the molecular formula and how many tertiary and quaternary carbons are pre designation below. molecular formula and how many primary, secondary, y carbons are present by writing the correct number next to the Molecular Formula How many: 1º_2° 3° 4° carbons
Part A - Organic Chemistry Concepts & Principles 31. Identify the number of tertiary carbons in the following structure. A) 2 B) 3 C) 4 D) 5 E) 6 32. Identify the least stable conformation for 1-tert-butyl-3-methylcyclohexane. A) tert-butyl is axial and the methyl is equatorial. B) tert-butyl is axial and the methyl is axial. C) tert-butyl is equatorial and the methyl is axial. D) tert-butyl is equatorial and the methyl is equatorial. E) All are equally stable.
3. Using ethanol and any compound with 1 or fewer carbons, the product shown below. (7.5) co ion All carbons come from the epoxide a. OH (use the starting material and any reagent with 1 or fewer carbons) OH b. Br OH no special rules for this one C.
Question 1 (4 points) How many chemically-distinct carbons and hydrogens, respectively, constitute the compound shown below? NH2 HN NH O8C, 7H 7 C, 8 H 11 C, 17H 110.7H
provide a synthesis, using reagents with two or fewer carbons, for
the compound shown from a benzene ring
ChemActivity 10: Oxidation and Reduction 145 Model 7: Primary (1°), Secondary (2°), and Tertiary (3°) Carbons The words methyl (0'), primary (1), secondary (2"), and tertiary (3) were used to describe the number of (nonhydrogen) R groups attached to a carbocation carbon (see CA 8). This same naming strategy is used to describe any carbon with one attached "heteroatom," Z (hetero other). H R Z any atom other than C or H (hetroatom) R- -z -Z н- alkyl (not H)...
ChemActivity 10: Oxidation and Reduction 145 Model 7: Primary (1°), Secondary (2°), and Tertiary (3°) Carbons The words methyl (0'), primary (1), secondary (2"), and tertiary (3) were used to describe the number of (nonhydrogen) R groups attached to a carbocation carbon (see CA 8). This same naming strategy is used to describe any carbon with one attached "heteroatom," Z (hetero other). H R Z any atom other than C or H (hetroatom) R- -z -Z н- alkyl (not H)...