Indicate the direction of polarity of each of the covalent bonds
by placing the appropriate delta notation next to each end of the
bond. C-O, O-CL, O-F, C-N, C-L, S-H, S-CL
Indicate the direction of polarity for each of the covalent
bonds of the following compounds using the δ+/δ− notation. Match
the notation in the left column to the appropriate blanks in the
sentences on the right.
In the compound HI , H has ____ and I has ____. In the compound
NaOH, O has _____ and H has_____.
In the compound BCl3, B has_____ and Cl has_____.
In the compound PdBr2, Pd has ____ and Br has ____.
In the...
For each bond, show the direction of polarity by placing a
+ sign next to the atom expected to have a partial
positive charge and a − sign next to the atom
expected to have a partial negative charge.
(A)Se-S
(B)O-Se
(C)O-S
The most polar bond is ___ABC
For each bond, show the direction of polarity by placing a +
sign next to the atom expected to have a partial positive charge
and a − sign next to the atom expected to have a partial negative
charge. (A) __?__ Te-Se __?___ (B) _?__ O-Te __?_ (C) __?__ O-Se
__?__ The most polar bond is ____ (A,B, or C)
For each bond, show the direction of polarity by placing a
+ sign next to the atom expected to have a partial
positive charge and a − sign next to the atom
expected to have a partial negative charge.
(A) _?__ Te-S
__?__
(B) _?_ O-Te
__?__
(C) _?__ O-S
_?__
The most polar bond is ____ (A,B, or C)
For each bond, show the direction of polarity by placing a
+ sign next to the atom expected to have...
Problem 4.38 Show the direction of polarity for each of the
covalent bonds in each of the following compounds using the δ+/δ−
notation.
Part A C−H
δ+C−Hδ−
δ−C−Hδ+
Part B C−Cl
δ+C−Clδ−
δ−C−Clδ+
Part C Si−Li
δ+Si−Liδ−
δ−Si−Liδ+
Part D Si−Cl
δ+Si−Clδ−
δ−Si−Clδ+
Part E N−Cl
δ+N−Clδ−
δ−N−Clδ+
Part F N−Mg
δ+N−Mgδ−
δ−N−Mgδ+
For each bond, use + and - to show the direction of polarity.
Indicate by letter which bond is expected to be the most
polar.
(A) Ge -
As
(B) Ge -
Se
(C) Se -
As
The most polar bond is (A,B,C) .