Annie Termaat and Christopher Talbot Solutions for Chapter: Does Organic Chemistry Mean We Can Make Any Substance We Want?, Exercise 8: ACTIVITY: Reflecting on the alkene series
Annie Termaat Chemistry Solutions for Exercise - Annie Termaat and Christopher Talbot Solutions for Chapter: Does Organic Chemistry Mean We Can Make Any Substance We Want?, Exercise 8: ACTIVITY: Reflecting on the alkene series
Attempt the free practice questions on Chapter 12: Does Organic Chemistry Mean We Can Make Any Substance We Want?, Exercise 8: ACTIVITY: Reflecting on the alkene series with hints and solutions to strengthen your understanding. MYP By Concept 4&5 Chemistry solutions are prepared by Experienced Embibe Experts.
Questions from Annie Termaat and Christopher Talbot Solutions for Chapter: Does Organic Chemistry Mean We Can Make Any Substance We Want?, Exercise 8: ACTIVITY: Reflecting on the alkene series with Hints & Solutions
Compare the trends in boiling points of the homologous series of alkanes with the trends seen in the homologous series of alkenes.
Identify the apparent effect of having a double bond within a molecule. Suggest why this occurs.
Alkenes and organic compounds with carbon-carbon triple bonds, called alkynes, are considered unsaturated.
Suggest the meaning of 'unsaturated' in this context. Why is unsaturated 'margarine' considered a healthy choice?
Alkenes and organic compounds with carbon-carbon triple bonds, called alkynes, are considered unsaturated.
Predict the names of the first six compounds in the alkyne homologous series.
Alkenes and organic compounds with carbon-carbon triple bonds, called alkynes, are considered unsaturated.
Deduce the reactivity of alkynes compared with alkanes, given the following information: alkynes are not necessarily more reactive than alkenes with the same number of carbon atoms, but alkenes are more reactive than saturated hydrocarbons (alkanes) with the same number of carbon atoms.
