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Which statement best explains how viscosity relates to intermolecular forces? Select one: When the molecules have similar intermolecular forces, the molecules get better at sticking together, so they resist movement (more viscous). When the molecules have weak intermolecular forces, it takes more energy to move them, so they resist movement (more viscous). When the molecules have strong intermolecular forces, they stick together more, so they resist movement (more viscous). When the molecules have unmatched intermolecular forces, the molecules repel each other. As they push each other apart, the liquid gets much more flow-y (less viscous).

Which statement best explains how viscosity relates to intermolecular forces? Select one: When the molecules have similar intermolecular forces, the molecules get better at sticking together, so they resist movement (more viscous). When the molecules have weak intermolecular forces, it takes more energy to move them, so they resist movement (more viscous). When the molecules have strong intermolecular forces, they stick together more, so they resist movement (more viscous). When the molecules have unmatched intermolecular forces, the molecules repel each other. As they push each other apart, the liquid gets much more flow-y (less viscous).

Chemistry for Engineering Students
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter8: Molecules And Materials
Section: Chapter Questions
Problem 8.92PAE
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Which statement best explains how viscosity relates to intermolecular forces? Select one: When the molecules have similar intermolecular forces, the molecules get better at sticking together, so they resist movement (more viscous). When the molecules have weak intermolecular forces, it takes more energy to move them, so they resist movement (more viscous). O When the molecules have strong intermolecular forces, they stick together more, so they resist movement (more viscous). When the molecules have unmatched intermolecular forces, the molecules repel each other. As they push each other apart, the liquid gets much more flow-y (less viscous).
Transcribed Image Text:Which statement best explains how viscosity relates to intermolecular forces? Select one: When the molecules have similar intermolecular forces, the molecules get better at sticking together, so they resist movement (more viscous). When the molecules have weak intermolecular forces, it takes more energy to move them, so they resist movement (more viscous). O When the molecules have strong intermolecular forces, they stick together more, so they resist movement (more viscous). When the molecules have unmatched intermolecular forces, the molecules repel each other. As they push each other apart, the liquid gets much more flow-y (less viscous).
Determine whether each of the molecules below is polar or nonpolar. Linear N2 Nonpolar Tetrahedral CH4 Nonpolar Bent H20 Polar Linear CO2 Nonpolar
Transcribed Image Text:Determine whether each of the molecules below is polar or nonpolar. Linear N2 Nonpolar Tetrahedral CH4 Nonpolar Bent H20 Polar Linear CO2 Nonpolar
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