This is a nucleophilic substitution reaction. Cyanide ion has carbon atom with negative charge and lone pair of electrons which makes it a good nucleophile. The initial step involves ionisation of the compound and a carbo cation is formed. Cyanide is strongly attracted towards the positive centre created. Hence, in a way CN- substitutes Br-
Hence, option (a) is correct. There is no elimination of any atom or ion so (b) is wrong. It is also not a re arrangement reaction as in that an intermediate converts to a final product.
Characterize the following reactions as Substitution reactions, Elimination reactions, Addition reactions, or Rearrangement reactions? + NaCN...
Characterize the following reactions as Substitution reactions, Elimination reactions, Addition reactions, or Rearrangement reactions? H + NaCN NaCN - NaBr CN Reaction typer Select one: O a. Addition reaction O b. Rearrangement reaction O c. Substitution reaction O d. Elimination reaction
Characterize the following reactions as Substitution reactions, Elimination reactions, Addition reactions, or Rearrangement reactions? Reaction type? Select one: a. Addition reaction b. Substitution reaction c. Elimination reaction d. Rearrangement reaction
Question 13 Characterize the following reactions as Substitution reactions, Elimination reactions, Addition reactions, or Rearrangement reactions? Not yet answered Points out of 100 P Flag question Select one a. Substitution reaction b. Rearrangement reaction c. Addition reaction d. Elimination reaction
characterize the following reactions as substitution, elimination, addition, or rearrangements Identify each of the three structures below as either chiral or achiral, reading from the left to the right side? " Select one: O a. Chiral, achiral, achiral O O b. Chiral, chiral, chiral c. Achiral, achiral, achiral d. Chiral, chiral, achiral e. Achiral, chiral, achiral o
1. Classify each of the following reactions as either an addition, elimination, substitution, or rearrangement ОН SOCI, Br Br2 1 equiv. Br ОН Он H,SO, + H20 heat ОН CH* 1. OsO4, 2. Н,О, "ОН molten KOH 200°C Br Br
1. Identify the following reaction as: addition, elimination, substitution or rearrangement o loom of OCH3 2. For the bromination step shown here: D - Y Add arrows to show the motion of the electrons. Is it an initiation, propagation, or termination step?
Identify the following reaction: H. heat Rearrangement Reaction Substitution Reaction Elimination Reaction Addition Reaction
4. There are four general types of organic reactions (addition, elimination, substitution, rearrangement). Identify the types of reactions found in the examples below. (4 marks) Heat OH MeONa + H20 MeOH КОН + KBT HO 1) CH3MgBr 2) H30
A. Classify organic reaction below as either addition, elimination, rearrangement or substitution. For each reaction predict whether deltaS>0, deltaS<0, delta S~0 B. For reaction iv the equilibrium constant has been measured as K=195. Calculate deltaG for this reaction at 25deg C giving answer in KJ/mil. ( the most convenient form of R for this calculation is R=8.314J/mol/K. C. Using answer to (b) and (c) predict the sign of deltaH for reaction (iv) Cl OH +C Br + 2 HBr Br...
Identify the following reaction: Cl,, hy Rearrangement Reaction Elimination Reaction Substitution Reaction Addition Reaction 1 og HCI တထံ တ