Acid and base behavior can be observed in solvents other than water. One commonly used solvent is dimethhylsulfoxide (DMSO), which can be treated as a monoprotic acid “HSoI.” Just as water can behave either as an acid or a base, so HSoI can behave either as a Bronsted—Lowry acid or base. (a) The equilibrium constant for self-dissociation of HSoI (call it K H S o l ) 1 × 10 − 35 . Write the chemical equation for the sell-dissociation reaction and the corresponding equilibrium equation. (Hint: The equilibrium equation is analogous to the equilibrium equation for in the case of water.) (b) The weak acid HCN has an acid dissociation constant K a = 1.3 × 10 − 13 in the solvent HSoJ. If 0.010 mol of NaCN is dissolved in 1.00 L of HSoI, what is the equil ibrium concentration of H 2 Sol?
Acid and base behavior can be observed in solvents other than water. One commonly used solvent is dimethhylsulfoxide (DMSO), which can be treated as a monoprotic acid “HSoI.” Just as water can behave either as an acid or a base, so HSoI can behave either as a Bronsted—Lowry acid or base. (a) The equilibrium constant for self-dissociation of HSoI (call it K H S o l ) 1 × 10 − 35 . Write the chemical equation for the sell-dissociation reaction and the corresponding equilibrium equation. (Hint: The equilibrium equation is analogous to the equilibrium equation for in the case of water.) (b) The weak acid HCN has an acid dissociation constant K a = 1.3 × 10 − 13 in the solvent HSoJ. If 0.010 mol of NaCN is dissolved in 1.00 L of HSoI, what is the equil ibrium concentration of H 2 Sol?
Solution Summary: The author explains that the equilibrium equation for self-dissociation reaction needs to be determined.
Acid and base behavior can be observed in solvents other than water. One commonly used solvent is dimethhylsulfoxide (DMSO), which can be treated as a monoprotic acid “HSoI.” Just as water can behave either as an acid or a base, so HSoI can behave either as a Bronsted—Lowry acid or base.
(a) The equilibrium constant for self-dissociation of HSoI (call it
K
H
S
o
l
)
1
×
10
−
35
.
Write the chemical equation for the sell-dissociation reaction and the corresponding equilibrium equation. (Hint: The equilibrium equation is analogous to the equilibrium equation for in the case of water.)
(b) The weak acid HCN has an acid dissociation constant
K
a
=
1.3
×
10
−
13
in the solvent HSoJ. If 0.010 mol of NaCN is dissolved in 1.00 L of HSoI, what is the equil ibrium concentration of H2Sol?
Rel. Intensity
Q
1. Which one of the following is true of the compound
whose mass spectrum is shown
here? Explain how you decided.
100
a) It contains chlorine.
b) It contains bromine.
c) It contains neither chlorine nor bromine.
80-
60-
40-
20-
0.0
0.0
TT
40
80
120
160
m/z
2. Using the Table of IR Absorptions how could you
distinguish between these two
compounds in the IR?
What absorbance would one compound have that the
other compound does not?
HO
CI
Illustrate reaction mechanisms of
alkenes with water in the presence of
H2SO4, detailing each step of the
process. Please show steps of
processing. Please do both, I will
thumb up for sure
#1
#3
Draw the following molecule: (Z)-1-chloro-1-butene
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