17. Complete the following table:Cl2HCILiLicISubstanceb.p. -34 °Cb.p. -85 °Cm.p. 180 °Cm.p. 610 °cComposition type (ionic, etc):Physical state at +200 °CPhysical state at -35 °CList all IeFs (D, DD, HB, butTaFs for some!) in each :Rank the strength of their intermolecular forces (IeFs) based on their physical states:has the strongest IeFs--has the weakest IeFs

A. Composition type : Cl2 highly covalent. HCl is covalent with 17% ionic character. Li is a metal.…

17. Complete the following table: Cl2 HCI Li LicI Substance b.p. -34 °C b.p. -85 °C m.p. 180 °с m.p. 610 °C Composition type (ionic, etc): Physical state at +200 °c Physical state at -35 °C List all IeFs (D, DD, HB, but IaFs for some!) in each : Rank the strength of their intermolecular forces (IeFs) based on their physical states: has the strongest IeFs- -has the weakest IeFs

17. Complete the following table: Cl2 HCI Li LicI Substance b.p. -34 °C b.p. -85 °C m.p. 180 °с m.p. 610 °C Composition type (ionic, etc): Physical state at +200 °c Physical state at -35 °C List all IeFs (D, DD, HB, but IaFs for some!) in each : Rank the strength of their intermolecular forces (IeFs) based on their physical states: has the strongest IeFs- -has the weakest IeFs

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

Complete the following table: Substance F2b.p. –188 °C HFb.p. +20 °C CaF2m.p. +1418 °C SF4 b.p. –40 °C Substance composition (ionic,...) Physical state at +0 °C Physical state at –50 °C Compare physical states at the same T to rank their intermolecular forces (IeFs) in strength: has the strongest IeFs– ____ > ____ > ____ > ____ –has the weakest IeFs
Arrange HF, HCl, and HBr in increasing order of their boiling point. Select one: Oa. HBr < HCI
BIk: Phase Changge Problems Heat of Fusion [melting freezing] (H.O). 6.02 klmol Heat of Vaporization fand condensation] (HO) 40.7 kl mot
Predict which substance in each of the following pairs would have the greaterintermolecular forces.I. CO2 or OCSII. SeO2 or SO2III. CH3CH2CH2NH2 or H2NCH2CH2NH2IV. CH3CH3 or H2COV. CH3OH or H2CO
9. Complete the following table : F2 HF CaF2 SF4 Substance b.p. -188 °c b.p. +20 °C m.p. +1418 °C b.p. -40 °C Substance composition (ionic,.) Physical state at +0 °C Physical state at -50 °C Compare physical states at the same T to rank their intermolecular forces (IeFs) in strength: has the strongest IeFs- -has the weakest IeFs
Which of the following should have the lowest boiling point? U.a. HF Ob. H,0 C. O2 Od. NH3
Complete the following table: Substance Cl2 b.p. –34 °C HCl b.p. –85 °C Li m.p. 180 °C LiCl m.p. 610 °C Composition type (ionic, etc): Physical state at +200 °C Physical state at –35 °C List all IeFs (D, DD, HB, but IaFs for some!) in each : Rank the strength of their intermolecular forces (IeFs) based on their physical states: has the strongest IeFs– ______ > ______ > ______ > ______ –has the weakest IeFs
What is the proper ranking of the following molecules in terms of increasing strength of dispersion forces? H H H. H CC -H H C C C- H- H. H. H. O A
QUESTION 3 Which best describes the intermolecular forces present in NH3? O A. dispersion forces only O B. hydrogen bonding and dispersion forces O C. dipole-dipole, hydrogen bonding, and dispersion forces O D. dipole-dipole forces only O E. ion-dipole and dispersion forces
What kinds of attractive forces, including chemical bonds, would be present between the particles in: (d) BrCl(l ) a. dipole-dipole b. London forces c. covalent bonding d. H-bonding e. ionic bonding (e) NaCl(s) a. dipole-dipole b. London forces c. covalent bonding d. H-bonding e. ionic bonding (f) Na2SO4(s) a. dipole-dipole b. London forces c. covalent bonding d. H-bonding e. ionic bonding
4
Examine the five species in the diagram below. Which is the strongest intermolecular force present in each, respectively? CI Nu o=c=o .C. H H H. C E O dipole-dipole, ionic bonding, london forces, hydrogen bonding, dipole-dipole dispersion forces, ionic bonding, dipole-dipole, dipole-dipole, dispersion forces dipole-dipole, ionic-dipole, london forces, hydrogen bonding, dipole-dipole dispersion forces, ion-dipole, dispersion forces, dipole-dipole, hydrogen bonding O dipole-dipole, ionic bonding, dipole-dipole, hydrogen bonding, dipole-dipole