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• What is the maximum score for Part A of the test?

  10 points
• How many questions must be answered in Part B?

  4 out of 5 questions
• What is the total maximum score for the exam?

  50 points
• What is required in Section A of the test?

  Circle the letter for the best answer
• What must candidates do with their final choices?

  Transfer them to the front table
• What is the duration of the exam?

  60 minutes
• What is the first question in Section A about?

  Chirality of structures
• What does the term "ketene" refer to in the exam?

  A specific type of organic structure
• What is being asked in A3 of the exam?

  Identify the most acidic hydrogen
• What is the focus of question A4?

  Nodes in a molecular orbital
• How many nodes are in the highest energy π molecular orbital for 1,3,5-hexatriene?

  3 nodes
• What is the task in A5 of the exam?

  Match functional groups with structures

  
• What is true about the π molecular orbitals in benzene according to A6?

  All antibonding orbitals are occupied
• Which ions contain 4n π electrons according to A7?

  I and III
• What is being asked in A8 of the exam?

  Identify the non-electrophile
• What is the focus of question A9?

  Isomers with the lowest heat of combustion
• What does A10 ask regarding reagents?

  Identify the reagent set that cannot be used
• What should be included in the mechanism for B1?

  • Reaction mechanism
  • Reaction energy diagram
  • Indicate ΔH
  • Label activation energy (Ea)
  • Identify intermediates and products
• What is required in B2 regarding HCl addition?

  • Draw mechanism for 1,4 addition
  • Include lone pairs and curved arrows
  • Show formal charges
• What must be drawn in B3 for addition reactions?

  • Products under different conditions
  • Indicate major and minor isomers
• What is the task in B4 regarding a reaction?

  • Draw the major product of the reaction
• What should be included in the Frost circle for B5?

  • Draw Frost circle for pyrrole
  • Label bonding and antibonding orbitals
  • Indicate nonbonding energy level
  • Correctly place electrons in orbitals