Crystalline silicon has a molecular structure very similar to that of diamond. However, there is no allotrope ofsilicon that resembles the structure of graphite. Which statement provides the best explanation for this andwhy?A. Silicon has electrons that can access d orbitals and carbon does not.B. Silicon has more core electrons than carbon.C. Carbon is smaller than silicon and forms sigma bonds more effectively.D. Carbon has more valence electrons than carbon.E. Silicon is larger than carbon and forms pi bonds less effectively.
Crystalline silicon has a molecular structure very similar to that of diamond. However, there is no allotrope ofsilicon that resembles the structure of graphite. Which statement provides the best explanation for this andwhy?A. Silicon has electrons that can access d orbitals and carbon does not.B. Silicon has more core electrons than carbon.C. Carbon is smaller than silicon and forms sigma bonds more effectively.D. Carbon has more valence electrons than carbon.E. Silicon is larger than carbon and forms pi bonds less effectively.
Introductory Chemistry: A Foundation
8th Edition
ISBN:9781285199030
Author:Steven S. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Donald J. DeCoste
Chapter14: Liquids And Solids
Section: Chapter Questions
Problem 83AP
Related questions
Question
Crystalline silicon has a molecular structure very similar to that of diamond. However, there is no allotrope of
silicon that resembles the structure of graphite. Which statement provides the best explanation for this and
why?
A. Silicon has electrons that can access d orbitals and carbon does not.
B. Silicon has more core electrons than carbon.
C. Carbon is smaller than silicon and forms sigma bonds more effectively.
D. Carbon has more valence electrons than carbon.
E. Silicon is larger than carbon and forms pi bonds less effectively.
silicon that resembles the structure of graphite. Which statement provides the best explanation for this and
why?
A. Silicon has electrons that can access d orbitals and carbon does not.
B. Silicon has more core electrons than carbon.
C. Carbon is smaller than silicon and forms sigma bonds more effectively.
D. Carbon has more valence electrons than carbon.
E. Silicon is larger than carbon and forms pi bonds less effectively.
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