Memorization Tasks

Memorization Task 1.1 Correiation between No. of Eiectron Domains and Bond Angie ... [Pg.11]

Memorization Task 1.2 The five moiecuiar shapes we wiii encounter in this course... [Pg.12]

Memorization Task 2.1 Formal Charge = (Group Number) - (no. lines) - (no. dots)... [Pg.18]

Memorization is a small but important part of learning organic chemistry. Memorization Tasks such as the one below will be clearly marked throughout this book. This is done to encourage you to memorize the critical bits of information in these boxes AND help you realize that you can derive everything outside of these boxes from the key concepts in the ChemActivity. [Pg.21]

Memorization Task 2.3 Corrieation between No. of bonds and formai charge for C, N, 0, X... [Pg.21]

Memorization Task Single bonds can freely rotate, but double bonds cannot... [Pg.29]

Memorization Task 4.2 Memorize the foiiowing energy diagram conventions... [Pg.44]

Memorization Task 4.3 Assume all six strong acids (see Table 4.3) have a pKa 0. [Pg.46]

Blindly memorizing everything in this workbook is not an effective (or enjoyable) strategy, but it is critical that you memorize certain key bits of information. Before next class, go back through this ChemActivity and transcribe all information in the Memorization Tasks sections onto note cards (e.g., key pAa values). It is best to put the information to be memorized on the back and a hint on the front (e.g., 16 on back pA of HOR on front). Carry these note cards in your back pocket and flip through them whenever you have a spare minute. The key to memorization is repetition. [Pg.55]

Memorization Task 5.1 Memorize Rules for Using the Three Types of Curved Arrows... [Pg.59]

Memorization Task 5.2 Add the following pKa s to your list to be memorized... [Pg.64]

Memorization Task NW1.1 Memorize the names of the straight-chain alkanes below... [Pg.73]

Check your work.) Do your answers to CTQ 10 fit the data in Memorization Task NW1.2 below ... [Pg.75]

Memorization Task NW1.2 Names of commonly found branches ( alkyl groups )... [Pg.75]

Memorization Task 6.1 Memorize the names and structures of common alkyl (R) groups... [Pg.82]

Memorization Task 6.2 Molecular formula of a saturated a kane = CnH2n+2 (where n=no. cs)... [Pg.86]

Memorization Task 6.3 Determining Degree of Unsaturation from Molecular Formula... [Pg.87]

Memorization Task 6.5 Ruies and Conventions for Naming Aikenes... [Pg.92]

Memorization Task 7.1 Determining cisitrans for rings that lie in the plane of the paper... [Pg.98]

Memorization Task 7.3 Terms and Definitions Review from ChemActivity 6)... [Pg.100]

Memorization Task 7.4 Groups Attached to a Cyclohexane Chair ... [Pg.101]

Memorization Task 7.5 Practice drawing chairs w/ axial groups going in the right direction... [Pg.103]

Memorization Task NW2.1 Know the common name of ethyne (HC=CH) acetylene. ... [Pg.110]

Memorization Task NW2.2 Ether Solvents and an Alternate Way of Naming Simple Ethers... [Pg.112]

Memorization Task 8.1 Aikyi groups (e.g., CHs) are more eiectron-donating than H... [Pg.115]

Memorization Task 8.3 Assume methyl and ordinary primary carbocations do not form. [Pg.116]

Label each carbocation with one (or more) of the terms in Memorization Task 8.2. [Pg.116]

Memorization Task 8.4 % bonds on a benzene ring do NOT undergo addition. [Pg.118]

Memorization Task 8.5 You cannot generate a strong base from a weak base. [Pg.120]

Memorization Task 8.7 Mechanistic Step vs. Synthetic Step... [Pg.123]

Memorization Task 8.8 Markovnikov and Anti-Markovnikov Addition of HBr and HOH... [Pg.124]

Memorization Task 9.2 Make note cards for all Synthetic Transformations (more on next page)... [Pg.136]

Memorization Task 12.1 Trick for drawing the mirror image of a chirai moiecuie... [Pg.160]

Memorization Task 12.3 The Old System for Naming Chiral Molecules (+) and (-)... [Pg.162]

Memorization Task 12.4 Physical Properties of Chiral Molecules... [Pg.162]

Memorization Task 12.5 Right-Handed and Left-Handed Chirai Centers... [Pg.166]

Addendum to Memorization Task 12.4 Diastereomers have different physical properties... [Pg.166]

Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...