1. In a cyclic hydrocarbon with only carbon-carbon single bonds and n number of carbon atoms, how many hydrogen atoms are there in terms of n?

2 - n

2n

2 + n

2n

3. Which of the following molecules does NOT display resonance?

benzene

phenylethane

m-xylene

cyclohexane

Question

Kaylah Anderson

Chemistry

16 March, 02:03

1. In a cyclic hydrocarbon with only carbon-carbon single bonds and n number of carbon atoms, how many hydrogen atoms are there in terms of n?

2 - n

2n

2 + n

2n

3. Which of the following molecules does NOT display resonance?

benzene

phenylethane

m-xylene

cyclohexane

+4

Answers (1)

Know the Answer?

Gabriel Barr · Answer 1

1. In a cyclic hydrocarbon with only carbon-carbon single bonds and n number of carbon atoms, how many hydrogen atoms are there in terms of n? A cyclic hydrocarbon containing only carbon-carbon single bonds is called a cycloalkane it has a general formula of CnH2n. Therefore, the correct answer among the choices is the last option.

3. Which of the following molecules does NOT display resonance?

The answer would be cyclohexane.

1. In a cyclic hydrocarbon with only carbon-carbon single bonds and n number of carbon atoms, how many hydrogen atoms are there in terms of n?2 - n2n2 + n2n3. Which of the following molecules does NOT display resonance?benzenephenylethanem-xylenecyclohexane

1. In a cyclic hydrocarbon with only carbon-carbon single bonds and n number of carbon atoms, how many hydrogen atoms are there in terms of n?

2 - n

2n

2 + n

2n

3. Which of the following molecules does NOT display resonance?

benzene

phenylethane

m-xylene

cyclohexane