part 1\nanalyze the overall structure of cholesterol. how does the number of nonpolar covalent bonds compare…

part 1\nanalyze the overall structure of cholesterol. how does the number of nonpolar covalent bonds compare to the number of polar covalent bonds within a single molecule of cholesterol?\ncholesterol has about the same number of nonpolar covalent bonds as polar covalent bonds.\ncholesterol has more nonpolar covalent bonds than polar covalent bonds.\ncholesterol has more polar covalent bonds than nonpolar covalent bonds\n\npart 2\ndoes cholesterol contain many partial charges, or very few partial charges?\nmany, because it is primarily made of nonpolar bonds.\nvery few, because it is primarily made of nonpolar bonds.\nmany, because it is primarily made of polar bonds.\nvery few, because it is primarily made of polar bonds.

part 1\nanalyze the overall structure of cholesterol. how does the number of nonpolar covalent bonds compare to the number of polar covalent bonds within a single molecule of cholesterol?\ncholesterol has about the same number of nonpolar covalent bonds as polar covalent bonds.\ncholesterol has more nonpolar covalent bonds than polar covalent bonds.\ncholesterol has more polar covalent bonds than nonpolar covalent bonds\n\npart 2\ndoes cholesterol contain many partial charges, or very few partial charges?\nmany, because it is primarily made of nonpolar bonds.\nvery few, because it is primarily made of nonpolar bonds.\nmany, because it is primarily made of polar bonds.\nvery few, because it is primarily made of polar bonds.

Answer

Brief Explanations:

Part 1:

The cholesterol molecule has a large non - polar hydrocarbon structure with only one polar hydroxyl group. Non - polar covalent bonds are between atoms with similar electronegativities (e.g., C - C and C - H bonds), and polar covalent bonds are between atoms with different electronegativities (e.g., O - H bond in the hydroxyl group). There are many more non - polar bonds than the single polar bond.

Part 2:

Partial charges occur due to differences in electronegativity in polar bonds. Since cholesterol is primarily made of non - polar bonds (C - C and C - H), there are very few partial charges.

Answer:

Part 1: Cholesterol has more nonpolar covalent bonds than polar covalent bonds. Part 2: Very few, because it is primarily made of nonpolar bonds.