ing any part of this page is illegal. 121 INTERPARTICLE FORCES 1. Which liquid would be expected to have the highest equilibrium vapor pressure at room temperaturer (A) N2 (C) CCl, O°H () (D) C,H,ОН (D) 8. Which interparticle forces are NOT found in liquefied ammonia, NH3(€)? (A) ionic bonds (B) dipole-dipole attractions London dispersion forces (D) “hydrogen bonding" V H. H. Questions 9-13 use the options below. Egeue H. H H H. H. (A) An ionic solid (B) A metallic solid (C) A planar covalent solid (D) A molecular solid with nonpolar molecules HH 9. ZnS (zinc sulfide crystals) Hebpe 10. Zn (zinc crystal) l Instmes CI 11. S3 (sulfur crystals) Hebraue bloA oionaln 12. KNO, (potassium nitrate crystals) 100'30 CH 13. C(s) powdered graphite 103 13 eved bjon 14. Which of the following best explains the relative insolubility of CH, in in H,O? (A) The dipole-dipole attractions between H,O molecules are stronger than the attractions between H,O and CH, molecules. (B) The size of the electron cloud in CH, molecules is larger than the size of the electron cloud in H,0 molecules. (C) The dipole-dipole attractions between CH, molecules are greater than attractions between CH, and H,O molecules. (D) The attractions between CH, molecules are stronger than the attractions between CH, and H,O molecules due to "hydrogen bonding" between CH, molecules. ) JP (c) (D)
ing any part of this page is illegal. 121 INTERPARTICLE FORCES 1. Which liquid would be expected to have the highest equilibrium vapor pressure at room temperaturer (A) N2 (C) CCl, O°H () (D) C,H,ОН (D) 8. Which interparticle forces are NOT found in liquefied ammonia, NH3(€)? (A) ionic bonds (B) dipole-dipole attractions London dispersion forces (D) “hydrogen bonding" V H. H. Questions 9-13 use the options below. Egeue H. H H H. H. (A) An ionic solid (B) A metallic solid (C) A planar covalent solid (D) A molecular solid with nonpolar molecules HH 9. ZnS (zinc sulfide crystals) Hebpe 10. Zn (zinc crystal) l Instmes CI 11. S3 (sulfur crystals) Hebraue bloA oionaln 12. KNO, (potassium nitrate crystals) 100'30 CH 13. C(s) powdered graphite 103 13 eved bjon 14. Which of the following best explains the relative insolubility of CH, in in H,O? (A) The dipole-dipole attractions between H,O molecules are stronger than the attractions between H,O and CH, molecules. (B) The size of the electron cloud in CH, molecules is larger than the size of the electron cloud in H,0 molecules. (C) The dipole-dipole attractions between CH, molecules are greater than attractions between CH, and H,O molecules. (D) The attractions between CH, molecules are stronger than the attractions between CH, and H,O molecules due to "hydrogen bonding" between CH, molecules. ) JP (c) (D)
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...
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121
INTERPARTICLE FORCES
1. Which liquid would be expected to have the highest equilibrium vapor pressure at room temperaturer
(A) N2
(C) CCl,
O°H ()
(D) C,H,ОН
(D)
8. Which interparticle forces are NOT found in liquefied ammonia, NH3(€)?
(A) ionic bonds
(B) dipole-dipole attractions
London dispersion forces
(D) “hydrogen bonding" V
H.
H.
Questions 9-13 use the options below.
Egeue
H.
H H
H.
H.
(A) An ionic solid
(B) A metallic solid
(C) A planar covalent solid
(D) A molecular solid with nonpolar molecules
HH
9. ZnS (zinc sulfide crystals)
Hebpe
10. Zn (zinc crystal)
l Instmes
CI
11. S3 (sulfur crystals)
Hebraue
bloA oionaln
12. KNO, (potassium nitrate crystals)
100'30
CH
13. C(s) powdered graphite
103 13
eved bjon
14. Which of the following best explains the relative insolubility of CH, in in H,O?
(A) The dipole-dipole attractions between H,O molecules are stronger than the attractions between
H,O and CH, molecules.
(B) The size of the electron cloud in CH, molecules is larger than the size of the electron cloud in
H,0 molecules.
(C) The dipole-dipole attractions between CH, molecules are greater than attractions between
CH, and H,O molecules.
(D) The attractions between CH, molecules are stronger than the attractions between CH, and
H,O molecules due to "hydrogen bonding" between CH, molecules.
) JP
(c)
(D)
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