Answer the following questions about compound A, represented in the given ball-and-stick model. In a ball-and-stick model, each black sphere represents a carbon atom and each white sphere represents a hydrogen atom. Part: 0 / 4 Part 1 of 4 Give the IUPAC name for compound A. ☑

Give the IUPAC name for each compound. Part 1 of 2 2-methylhept-3-ene n ☑ Part 2 of 2

A) what does the figure illustrate? B) Label the components in the figure pointed by the arrows and briefly mention the bonding partners involved in each case

Atoms A and B interact to form a compound, AB2. When measured, atom A has a partial negative charge and atom B has a partial positive charge. From this information, we can conclude what? Select only ONE answer choice. Note: - means "approximately equal to" , A > B means "A is greater than B" , and A B: AB2 is hydrophilic Not enough information to answer the question

What is the net charge on the following tripeptides (single-letter abbreviations). * YLV at pH 10.9 (the answer is -1.5 but I don't understand why)

Classify each of the following molecular formulas as an acyclic alkane or a cycloalkane. Part 1 of 4 C2H4: acyclic alkane ☑ Part 2 of 4 C23 H48 (Choose one) Part 3 of 4 C4H10 (Choose one) Part 4 of 4 C2652 (Choose one) Х ☑ ك ☑ ⑤

In the following questions, consider the carbanion formed by the arrow pushing below: он | HC-C-R H ཋཙམཏིཏཡརིཡཐཱ པཱལཾ ཏིཡཏིཡ, B: H C-C-R Н Question 7 2 pts Below are a proposed resonance structure of the carbanion and rules of resonance. Which rules, if any, does the resonance structure break? (Select all that apply.) Ο Η | │ C-C-R H The formal charge of the molecule cannot change. ☐ Single (sigma) bonds cannot be broken. With the exception of carbocations, octet rules must be satisfied. ☐ All of the above rules are satisfied.

The molecular weight of glucose is 180.16 g/mol. Say you want to make 100 ml of a 0.6M solution of glucose. How much glucose and water should you use? Show your calculations for how you would make this solution.