Bipolarons are used to explain the electrical properties of conducting varieties of these substances. Anaquamelt is this type of compound that can lose water and solidify in response to stress from theenvironment. Above one phase transition temperature but below the melting point, these substances cancrystallize into spherulites. Side chains on these compounds are known as pendant groups, and theirarrangement determines their tacticity. Extending these compounds can be done through step-growth orchain-growth manners. Synthetic examples of these compounds include nylon and polystyrene. For 10points, name these long com
Bipolarons are used to explain the electrical properties of conducting varieties of these substances. Anaquamelt is this type of compound that can lose water and solidify in response to stress from theenvironment. Above one phase transition temperature but below the melting point, these substances cancrystallize into spherulites. Side chains on these compounds are known as pendant groups, and theirarrangement determines their tacticity. Extending these compounds can be done through step-growth orchain-growth manners. Synthetic examples of these compounds include nylon and polystyrene. For 10points, name these long compounds formed from the linkage of many monomers.
Bipolarons are used to explain the electrical properties of conducting varieties of these substances.
polymers