The [ H + ] of each of the given solutions is to be calculated. The solutions are to be identified as neutral, acidic or basic. Concept introduction: A neutral species has a pH value equal to 7 , that is the [ OH − ] is equal to the [ H + ] . An acidic species has a pH value less than 7 , that is the [ OH − ] is less than the [ H + ] . A basic species has a pH value greater than 7 , that is the [ H + ] is less than the [ OH − ] . The equilibrium constant for water is denoted by K w and is expressed as, K w = [ H + ] [ OH − ] At 25 °C , [ H + ] [ OH − ] = 1 × 10 − 14
The [ H + ] of each of the given solutions is to be calculated. The solutions are to be identified as neutral, acidic or basic. Concept introduction: A neutral species has a pH value equal to 7 , that is the [ OH − ] is equal to the [ H + ] . An acidic species has a pH value less than 7 , that is the [ OH − ] is less than the [ H + ] . A basic species has a pH value greater than 7 , that is the [ H + ] is less than the [ OH − ] . The equilibrium constant for water is denoted by K w and is expressed as, K w = [ H + ] [ OH − ] At 25 °C , [ H + ] [ OH − ] = 1 × 10 − 14
Solution Summary: The author explains the left[H+right] of each of the given solutions and its classification into neutral, acidic or a basic solution.
Interpretation: The
[H+] of each of the given solutions is to be calculated. The solutions are to be identified as neutral, acidic or basic.
Concept introduction: A neutral species has a
pH value equal to
7, that is the
[OH−] is equal to the
[H+]. An acidic species has a
pH value less than
7, that is the
[OH−] is less than the
[H+]. A basic species has a
pH value greater than
7, that is the
[H+] is less than the
[OH−].
The equilibrium constant for water is denoted by
Kw and is expressed as,
Kw=[H+][OH−]
At
25°C,
[H+][OH−]=1×10−14
(b)
Interpretation Introduction
Interpretation: The
[H+] of each of the given solutions is to be calculated. The solutions are to be identified as neutral, acidic or basic.
Concept introduction: A neutral species has a
pH value equal to
7, that is the
[OH−] is equal to the
[H+]. An acidic species has a
pH value less than
7, that is the
[OH−] is less than the
[H+]. A basic species has a
pH value greater than
7, that is the
[H+] is less than the
[OH−].
The equilibrium constant for water is denoted by
Kw and is expressed as,
Kw=[H+][OH−]
At
25°C,
[H+][OH−]=1×10−14
(c)
Interpretation Introduction
Interpretation: The
[H+] of each of the given solutions is to be calculated. The solutions are to be identified as neutral, acidic or basic.
Concept introduction: A neutral species has a
pH value equal to
7, that is the
[OH−] is equal to the
[H+]. An acidic species has a
pH value less than
7, that is the
[OH−] is less than the
[H+]. A basic species has a
pH value greater than
7, that is the
[H+] is less than the
[OH−].
The equilibrium constant for water is denoted by
Kw and is expressed as,
Kw=[H+][OH−]
At
25°C,
[H+][OH−]=1×10−14
(d)
Interpretation Introduction
Interpretation: The
[H+] of each of the given solutions is to be calculated. The solutions are to be identified as neutral, acidic or basic.
Concept introduction: A neutral species has a
pH value equal to
7, that is the
[OH−] is equal to the
[H+]. An acidic species has a
pH value less than
7, that is the
[OH−] is less than the
[H+]. A basic species has a
pH value greater than
7, that is the
[H+] is less than the
[OH−].
The equilibrium constant for water is denoted by
Kw and is expressed as,
All of these compounds would be produced (I think). In my book, I don't see any rules about yield in this case, like explaining that one product would be present in less yield for this reason or that reason. Please explain why some of these produce less yield than others.
5. Fill in the missing molecules in the following reaction pathway.
TMSO
Heat
+
CI
then HF
O₂N
(1.0 equiv)
AICI 3
OMe
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