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1) Provide the missing reagents to complete each
transformation. (Need to use correct reagents in CORRECT...
Provide the missing reagents for the following reactions. (Hint: There may be more than 1 step)...
Provide the missing reagents for the following reactions. (Hint: There may be more than 1 step) (4pts each) OH НО. Continued on next page. Draw a plausible stepwise mechanism for the following transformation. Include all steps of the reaction. (5pts) Bry, hy Br
Provide the missing reagents for the following reactions. (Hint: There may be more than 1 step)...
Provide the missing reagents for the following reactions. (Hint: There may be more than 1 step) (4pts each) OH НО. Continued on next page. Draw a plausible stepwise mechanism for the following transformation. Include all steps of the reaction. (5pts) Bry, hy Br
Provide the missing reagent needed to accomplish the transformation shown. If regents need to be added...
Provide the missing reagent needed to accomplish the
transformation shown. If regents need to be added in a specific
order, indicate so. If a specific number of equivalents are
required, indicate so.
12) Provide the missing reagent needed to accomplish the transformations shown. If reagents need to be added in a specific order, indicate so. If a specific number of equivalents are required, indicate so. (27 points) b) H+, H20 d) f) OCH2CH3 Br h) OH OH k)
2. REAGENTS: Provide the reagents needed to accomplish the following transformations. Clearly indicate if you need...
2. REAGENTS: Provide the reagents needed to accomplish the following transformations. Clearly indicate if you need to use more than one step. (12 pts.) - گره م . = . . - م م ه م . .. 3. MECHANISMS: Provide complete, arrow-pushing mechanisms for each of the reactions shown below. Only TWO of these will be graded but YOU MUST COMPLETE ALL FOUR TO EARN ANY CREDIT! (8 pts.) | مو | (note: only mechanism for step 1) 1....
3. Provide the missing reagents for each transformation below. + +4-3 4. Provide a detailed mechanism...
3. Provide the missing reagents for each transformation below. + +4-3 4. Provide a detailed mechanism for each part of the Hell-Volhard-Zelinsky Reaction below. Note that this reaction is covered in our textbook (among many sections) and that the reaction conditions are modified slightly. Be sure to account for this and be as detailed in every step as possible. Do not create reagents that are not made logically in the pathway (no HBr essentially so it's a "neutral" pathway). Include...
Provide the missing reagents for the following reactions. (Hint:There may be more than 1 step) (4pts...
Provide the missing reagents for the following reactions. (Hint:There may be more than 1 step) (4pts each) OH НО,
Provide the missing reagents for the following reactions. (Hint:There may be more than 1 step) (4pts...
Provide the missing reagents for the following reactions. (Hint:There may be more than 1 step) (4pts each) OH HO Continued on next page.
Provide the major product(s) that you would obtain in the following reactions and any missing reagents...
Provide the major product(s) that you would obtain in the following reactions and any missing reagents that you need to complete each reaction. a. Br2 FeBr3
Provide all reagents and solvents needed to complete transformation. Provide all reagents and solvents needed to...
Provide all reagents and solvents needed to complete
transformation.
Provide all reagents and solvents needed to complete transformation. (E)-2-choro-7-methyloctane rightarrow trans 2 octene Cannot use any reagents with aldehyde or alkene). (S) - 2 - iodo - 4 - methylhexane rightarrow (R)-4-methylhexyne rightarrow 2 - bromopropene - (2R 3R) - 2 - chloro - 3 heptanol (- OH group on 3rd carbon) (1R 2R) - 1 - chloro - 2 methylcyclopentane rightarrow (Z) - 2 - bromo - 2 -...
For the following reaction sequence, supply the missing intermediate or reagent/solvent, as appropriate Extra Credit: For...
For
the following reaction sequence, supply the missing intermediate or
reagent/solvent, as appropriate
Extra Credit: For the following reaction sequence, supply the missing intermediate or reagent/solvent, as appropriate. 1) 2) H", H,O Br DMF Extra Credit: Over the arrow, write in the reagents needed to perform the following transformation. Be specific about the number of equivalents (moles) required for each reagent and about the order of the steps Br
Provide the missing reagents for the following reactions. (Hint: There may be more than 1 step) (4pts each) OH НО. Continued on next page. Draw a plausible stepwise mechanism for the following transformation. Include all steps of the reaction. (5pts) Bry, hy Br
Provide the missing reagents for the following reactions. (Hint: There may be more than 1 step) (4pts each) OH НО. Continued on next page. Draw a plausible stepwise mechanism for the following transformation. Include all steps of the reaction. (5pts) Bry, hy Br
Provide the missing reagent needed to accomplish the
transformation shown. If regents need to be added in a specific
order, indicate so. If a specific number of equivalents are
required, indicate so.
12) Provide the missing reagent needed to accomplish the transformations shown. If reagents need to be added in a specific order, indicate so. If a specific number of equivalents are required, indicate so. (27 points) b) H+, H20 d) f) OCH2CH3 Br h) OH OH k)
2. REAGENTS: Provide the reagents needed to accomplish the following transformations. Clearly indicate if you need to use more than one step. (12 pts.) - گره م . = . . - م م ه م . .. 3. MECHANISMS: Provide complete, arrow-pushing mechanisms for each of the reactions shown below. Only TWO of these will be graded but YOU MUST COMPLETE ALL FOUR TO EARN ANY CREDIT! (8 pts.) | مو | (note: only mechanism for step 1) 1....
3. Provide the missing reagents for each transformation below. + +4-3 4. Provide a detailed mechanism for each part of the Hell-Volhard-Zelinsky Reaction below. Note that this reaction is covered in our textbook (among many sections) and that the reaction conditions are modified slightly. Be sure to account for this and be as detailed in every step as possible. Do not create reagents that are not made logically in the pathway (no HBr essentially so it's a "neutral" pathway). Include...
Provide the missing reagents for the following reactions. (Hint:There may be more than 1 step) (4pts each) OH НО,
Provide the missing reagents for the following reactions. (Hint:There may be more than 1 step) (4pts each) OH HO Continued on next page.
Provide the major product(s) that you would obtain in the following reactions and any missing reagents that you need to complete each reaction. a. Br2 FeBr3
Provide all reagents and solvents needed to complete
transformation.
Provide all reagents and solvents needed to complete transformation. (E)-2-choro-7-methyloctane rightarrow trans 2 octene Cannot use any reagents with aldehyde or alkene). (S) - 2 - iodo - 4 - methylhexane rightarrow (R)-4-methylhexyne rightarrow 2 - bromopropene - (2R 3R) - 2 - chloro - 3 heptanol (- OH group on 3rd carbon) (1R 2R) - 1 - chloro - 2 methylcyclopentane rightarrow (Z) - 2 - bromo - 2 -...
For
the following reaction sequence, supply the missing intermediate or
reagent/solvent, as appropriate
Extra Credit: For the following reaction sequence, supply the missing intermediate or reagent/solvent, as appropriate. 1) 2) H", H,O Br DMF Extra Credit: Over the arrow, write in the reagents needed to perform the following transformation. Be specific about the number of equivalents (moles) required for each reagent and about the order of the steps Br
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