A solution ( d = 1.159 g / mL ) is 62.0% glycerol, HOCH 2 CH ( OH ) CH 2 OH , and 38.0% H 2 O , by mass Determine (a) the molarity of glycerol with H 2 O as the solvent, (b) the molarity of H 2 O with glycerol as the solvent (C) the molality of H 2 O in glycerol; (d) the mole fraction of glycerol, (e) the mole percent of H 2 O .
A solution ( d = 1.159 g / mL ) is 62.0% glycerol, HOCH 2 CH ( OH ) CH 2 OH , and 38.0% H 2 O , by mass Determine (a) the molarity of glycerol with H 2 O as the solvent, (b) the molarity of H 2 O with glycerol as the solvent (C) the molality of H 2 O in glycerol; (d) the mole fraction of glycerol, (e) the mole percent of H 2 O .
Solution Summary: The author explains how the molarity of glycerol is calculated from mass and volume.
A solution
(
d
=
1.159
g
/
mL
)
is 62.0% glycerol,
HOCH
2
CH
(
OH
)
CH
2
OH
, and 38.0%
H
2
O
, by mass Determine (a) the molarity of glycerol with
H
2
O
as the solvent, (b) the molarity of
H
2
O
with glycerol as the solvent (C) the molality of
H
2
O
in glycerol; (d) the mole fraction of glycerol, (e) the mole percent of
H
2
O
.
On what basis are Na and Nb ranked against each other?
Step 1: add a curved arrow.
Select Draw Templates More
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C
H
Br
0
Br :
:o:
Erase
H
H
H
H
Q2Q
Step 2: Draw the intermediates and a
curved arrow.
Select Draw Templates More
MacBook Air
/ "
C
H
Br
0
9
Q
Erase
2Q
O Macmillan Learning
Question 23 of 26 >
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Step 7: Check your work. Does your synthesis strategy give a substitution reaction with the expected regiochemistry and
stereochemistry? Draw the expected product of the forward reaction.
-
- CN
DMF
MacBook Air
Clearly show stereochemistry.
Question
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