carbon and hydrogen atoms are directed toward the corners of a Triangle C) tetrahedron square D) rectangle diagram best represents a polar molecule? A) B) C) D) The table below contains data for compounds and A, B, C, D. Which list identifies the type of bonding characteristic of each compound's solid phase? -ionic -network -metallic A B C D-molecular -network -ionic -molecular A B C D-metallic C) -metallic -molecular A B C-network D-ionic D) -ionic -network -molecular A B C D-metallic Hydrogen bonding is a type of strong covalent bond weak ionic bond C) strong intermolecular force D) weak intermolecular force Which statement explains why H2O has a higher boiling point than N2? H2O has greater molar mass than N2. H2O has less molar mass than N2. C) H2O has stronger intermolecular forces then N2. D) H2O has weaker intermolecular forces than N2. The table below shows four compounds and the boiling point of each. type of molecular attraction accounts for the high boiling point of H2O? molecule-ion B) ion-ion C) hydrogen bonding D) van der forces The table below shows the normal boiling point of four compounds. Which compound has the strongest intermolecular forces? HF() C) CH3F() D) HCl() Which characteristic of the compound C5H12 causes it to have a higher normal boiling point than C2H6? The distance between molecules of is greater. The force of attraction between molecules of C5H12 is greater. C5H12 has a larger number of ionic bonds. C5H12 has a larger number of double bonds.
carbon and hydrogen atoms are directed toward the corners of a Triangle C) tetrahedron square D) rectangle diagram best represents a polar molecule? A) B) C) D) The table below contains data for compounds A, B, C, and D. Which list identifies the type of bonding characteristic of each compound's solid phase? A -ionic B -network C -metallic D-molecular A -network B -ionic C -molecular D-metallic C) A -metallic B -molecular C-network D-ionic D) A -ionic B -network C -molecular D-metallic Hydrogen bonding is a type of strong covalent bond weak ionic bond C) strong intermolecular force D) weak intermolecular force Which statement explains why H2O has a higher boiling point than N2? H2O has greater molar mass than N2. H2O has less molar mass than N2. C) H2O has stronger intermolecular forces then N2. D) H2O has weaker intermolecular forces than N2. The table below shows four compounds and the boiling point of each. type of molecular attraction accounts for the high boiling point of H2O? molecule-ion B) ion-ion C) hydrogen bonding D) van der forces The table below shows the normal boiling point of four compounds. Which compound has the strongest intermolecular forces? HF() C) CH3F() D) HCl() Which characteristic of the compound C5H12 causes it to have a higher normal boiling point than C2H6? The distance between molecules of is greater. The force of attraction between molecules of C5H12 is greater. C5H12 has a larger number of ionic bonds. C5H12 has a larger number of double bonds.