AFNS Chemistry - Chemical Bonding AFNS MCQs

Page 5 of 5

#33
Van der Waals forces in:

A) Noble gas liquids

B) NaCl crystal

C) Diamond only

D) Iron metal

Answer: A

Comments:

#34
Graphite conducts due to:

A) Delocalized electrons

B) Ionic mobility

C) Protons

D) Neutrons

Answer: A

Comments:

#35
Diamond is hard due to:

A) 3D covalent network

B) Ionic lattice

C) Hydrogen bonds

D) Metallic bonds

Answer: A

Comments:

Page 5 of 5

Quick Links

NAT - TEST

ETEA - ENGINEERING Entry Test

Quick Subject Links

AFNS â€” AFNS Chemistry

#33
Van der Waals forces in:

A) Noble gas liquids

B) NaCl crystal

C) Diamond only

D) Iron metal

Comments:

#34
Graphite conducts due to:

A) Delocalized electrons

B) Ionic mobility

C) Protons

D) Neutrons

Comments:

#35
Diamond is hard due to:

A) 3D covalent network

B) Ionic lattice

C) Hydrogen bonds

D) Metallic bonds

Comments:

Quick Links

Quick Subject Links

Computer Science

Mathematics

Science

General Knowledge

Public Service Commission

Sports

Physics

Biology

Chemistry

Mathematics

English

World Records

Animals

IQ Test

AFNS Test Preparation

AFNS â€” AFNS Chemistry

#33 Van der Waals forces in:

A) Noble gas liquids B) NaCl crystal C) Diamond only D) Iron metal

Comments:

#34 Graphite conducts due to:

A) Delocalized electrons B) Ionic mobility C) Protons D) Neutrons

Comments:

#35 Diamond is hard due to:

A) 3D covalent network B) Ionic lattice C) Hydrogen bonds D) Metallic bonds

Comments:

Quick Links

Quick Subject Links

#33
Van der Waals forces in:

A) Noble gas liquids

B) NaCl crystal

C) Diamond only

D) Iron metal

#34
Graphite conducts due to:

A) Delocalized electrons

B) Ionic mobility

C) Protons

D) Neutrons

#35
Diamond is hard due to:

A) 3D covalent network

B) Ionic lattice

C) Hydrogen bonds

D) Metallic bonds