Explain how intra/intermolecular forces within polymers and between polymer chains affect the shape of the polymer.
A molecule is a group of atoms connected by covalent bonds. Chemical reactions are required to form or break covalent bonds. Weaker attractions often form between molecules, encouraging them to stick together in groups. The weaker attractions are called secondary bonds or intermolecular forces. These can be overcome by adding heat or dissolving in a liquid. The functional groups on a polymer determine the type(s) and strength of its secondary bonds.
Explain how intra/intermolecular forces within polymers and between polymer chains affect the shape of the polymer.
Describe the difference between intra- and intermolecular forces, distinguish the different types of forces among molecules, and explain how these forces influence molecular properties
Why can polymers operate only at low temperatures, even though polymer chains contain covalent bonds just like ceramics? Explain.
Math the pair of polymer chains with the STRONGEST intermolecular force interaction possible between the two chains Match each material with the appropriate position is would be isolated from in a fractional distillation tower Question 8 4 pts Match the pair of polymer chains with the STRONGEST intermolecular force interaction possible between the two chains... nanciar A= tol.00+ B= to do Сн, H tot Loan, 107. 110. chy-ch,-ot. D= Match each material with the appropriate position it would be isolated...
Why can polymers operate only at low temperatures, even though polymer chains contain covalent bonds just like ceramics? Explain. please try to type the question.
How do intermolecular forces affect the evaporation rate of a solvent? Be very descriptive on how the intermolecular forces are affected by the intermolecular forces.
NH3, has the same molecular shape as PCl3. Which intermolecular forces are present between NH3 molecules? How are they different than the forces between PCl3 molecules?
Define intermolecular forces and explain the type of intermolecular forces present between alcohols, phenol and thiol molecules. Citing would be very helpful.
1. Explain why polymers are stronger when they contain crosslinking. 2. Explain how your polymer degradation observations relate to the properties of your polymer.
I 20. What are the intermolecular forces responsible for the folding of amino acid chains into proteins? Give specifics. 21. How can two different proteins have the same molecular formula, yet have different folds and structures.
9. Is the strength of intermolecular forces determined by the bond strengths within the individual molecules? Explain your reasoning.