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20 30 4 50 6 70 8[ 90 10[ 110 12 130 140 150 16 170 18 90 200
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\ 70\ 8[\ 90\ 10[\ 110\
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\ 220\ 230\ 240\ A. Moving to another question will save this response.\ Q Question 5 of 25\ Question 5\ 1 points\ The hydroboration-oxidation procedure can be successfully employed for synthesis of deuterated derivatives, by using
BD_(3)
instead of
BH_(3)
. What product would you expect from the following reaction?\
obrace()^(CH_(3))->_(2.H_(2)(O_(2))/(/)NaOH)^(1.(BD_(3))_(2)) ?
\ O A.I\ B. III\ C.
V
\ D.II\ E.IV
10 20 3[ 4[ 5[ 60 7 8[ 9[ 100 11[ 12[ 13[ 14[ 15[ 16 170 18[ 19[ 200 210 2.2 230 240 25 4. Moving to another question will save this response. Q Question 5 of 25 Question 5 1 points The hydroboration-oxidation procedure can be successfully employed for synthesis of deuterated derivatives, by using BD3 instead of BH3. What product would you expect from the following reaction? 1.(BD3)22.H2O2/NaOH
\ 20\ 30\
4
\ 50\
6
\ 70\ 8[\ 90\ 10[\ 110\
12
\ 130\ 140\ 150\
16
\ 170\
18
\ 90\ 200\
21
\ 220\ 230\ 240\ A. Moving to another question will save this response.\ Q Question 5 of 25\ Question 5\ 1 points\ The hydroboration-oxidation procedure can be successfully employed for synthesis of deuterated derivatives, by using
BD_(3)
instead of
BH_(3)
. What product would you expect from the following reaction?\
obrace()^(CH_(3))->_(2.H_(2)(O_(2))/(/)NaOH)^(1.(BD_(3))_(2)) ?
\ O A.I\ B. III\ C.
V
\ D.II\ E.IV
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