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Chapter 25: Problem 17

Write the condensed structural formulas for as many alkenes and alkynes as you can think of that have the molecular formula \(\mathrm{C}_{6} \mathrm{H}_{10}\)

Short Answer

Expert verified
The condensed structural formulas for alkenes and alkynes with the molecular formula \(C_6H_{10}\) are: - Alkynes: 1. 1-Hexyne: \(CH_3C \equiv CC_4H_9\) 2. 3-Hexyne: \(CH_3C_2H_2C \equiv CC_2H_5\) - Cyclic Alkenes: 1. Cyclopentene: \(CH_2CHCHCH_2CH_2\) 2. Methylcyclopentene: \(CH_3C_4H_7\) 3. 1,3-Cyclohexadiene: \(CH_2=CHCH=CHCH_2CH_2\)

Step by step solution

01

Verify the molecular formula for alkenes and alkynes

To ensure we are working with the correct general formulas, let's compare the given molecular formula (\(C_6H_{10}\)) with the general formulas for alkenes (\(C_nH_{2n}\)) and alkynes (\(C_nH_{2n-2}\)): For alkenes: n = 6, so the general formula for alkenes is \(C_6H_{12}\), which is different from the given molecular formula (\(C_6H_{10}\)). For alkynes: n = 6, so the general formula for alkynes is \(C_6H_{10}\), which is the same as the given molecular formula. However, due to the existence of cyclic alkenes, which also follow the general formula \(C_nH_{2n-2}\), we should consider cyclic alkenes in this exercise as well.
02

Draw the possible structures for alkynes with the given molecular formula

Using the general formula for alkynes, we can draw the two possible structures with the given molecular formula (\(C_6H_{10}\)). These structures are: 1. 1-Hexyne: \(CH_3C \equiv CC_4H_9\) 2. 3-Hexyne: \(CH_3C_2H_2C \equiv CC_2H_5\)
03

Draw the possible structures for cyclic alkenes with the given molecular formula

Using the general formula for cyclic alkenes, we can draw the three possible structures with the given molecular formula (\(C_6H_{10}\)). These structures are: 1. Cyclopentene: \(CH_2CHCHCH_2CH_2\) 2. Methylcyclopentene: \(CH_3C_4H_7\) 3. 1,3-Cyclohexadiene: \(CH_2=CHCH=CHCH_2CH_2\) In conclusion, we have found five different condensed structural formulas for alkenes and alkynes with the given molecular formula \(C_6H_{10}\): 2 alkynes and 3 cyclic alkenes.

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Most popular questions from this chapter

When samples of double-stranded DNA are analyzed, the quantity of adenine present equals that of thymine. Similarly, the quantity of guanine equals that of cytosine. Explain the significance of these observations.

Acetic anhydride is formed from acetic acid in a condensation reaction that involves the removal of a molecule of water from between two acetic acid molecules. Write the chemical equation for this process, and show the structure of acetic anhydride.

(a) What is the difference between a substitution reaction and an addition reaction? Which one is commonly observed with alkenes, and which one with aromatic hydrocarbons? (b) Using condensed structural formulas, write the balanced equation for the addition reaction of 2 -pentene with \(\mathrm{Br}_{2}\) and name the resulting compound. (c) Write a balanced chemical equation for the substitution reaction of \(\mathrm{Cl}_{2}\) with benzene to make paradichlorobenzene in the presence of \(\mathrm{FeCl}_{3}\) as a catalyst.

Draw the condensed structure of the compounds formed by condensation reactions between (a) benzoic acid and ethanol, (b) ethanoic acid and methylamine, (c) acetic acid and phenol. Name the compound in each case.

Write a balanced chemical equation using condensed structural formulas for (a) the formation of butyl propionate from the appropriate acid and alcohol, (b) the saponification (base hydrolysis) of methyl benzoate.
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