MSCE Chemistry study plan

Draw and name 40 organic structures (alkanes through aromatics) from condensed formulas, then reverse the exercise from IUPAC names to structures

Classify 25 named organic reactions by mechanism type (SN1, SN2, E1, E2, electrophilic addition, nucleophilic acyl substitution) and predict the major product for each

Build a one-page decision tree that predicts substitution versus elimination from substrate class, nucleophile/base strength, solvent, and temperature

Write balanced equilibrium expressions and calculate Kc and Kp for 15 gas-phase and heterogeneous systems, converting between the two

Predict stereochemical outcomes (R/S, E/Z, racemization, inversion) for 20 reaction scenarios and justify each assignment with priority rules

Rank 15 sets of acids and bases by strength using periodic trends, inductive effects, resonance, and hybridization, and explain each ranking in one sentence

Calculate pH, pOH, and percent dissociation for weak acids and weak bases across 12 problems, including polyprotic and buffer cases

Solve 10 buffer and titration problems using Henderson–Hasselbalch and identify the dominant species at each titration milestone

Match 12 instrumental techniques (UV-Vis, IR, NMR, MS, AAS, ICP, GC, HPLC, potentiometry, fluorescence, XRF, electrochemistry) to the analyte classes and detection limits they suit best

Interpret 15 provided spectral descriptions (peak positions, splitting, chemical shifts, m/z fragments) and assign the most probable structure or functional group

Name and draw 25 coordination compounds, determine oxidation state, coordination number, and geometry for each

Apply crystal field theory to predict high-spin versus low-spin configurations, magnetic moments, and color for 10 octahedral and tetrahedral complexes

Write electron configurations and orbital diagrams for 30 atoms and ions, including exceptions such as Cr, Cu, and their cations

Predict periodic trends (atomic and ionic radius, ionization energy, electron affinity, electronegativity) for 20 element sets and justify each ordering

Apply VSEPR to assign geometry and bond angles for 20 molecules and ions, then determine hybridization and sigma/pi bond counts

Rank 15 species by bond polarity and molecular polarity using electronegativity differences and vector summation of dipoles

Balance 20 equations including redox in acidic and basic media, assigning oxidation numbers and half-reactions explicitly

Solve 15 stoichiometry problems covering limiting reagent, theoretical and percent yield, solution dilution, and titration molarity

Apply the ideal gas law, Dalton's law, Graham's law, and van der Waals corrections to 12 gas problems with unit tracking

Calculate enthalpy changes using Hess's law, standard enthalpies of formation, and calorimetry data for 10 systems, including phase-change energy

Determine rate laws from initial-rate data and from integrated rate equations for zero-, first-, and second-order reactions across 12 problems

Apply the Arrhenius equation and collision/transition-state theory to calculate activation energy and predict temperature effects on rate

Construct and interpret Galvanic cell diagrams, calculate E°cell and Ecell with the Nernst equation, and relate E° to ΔG° and K for 10 cells

Identify 15 laboratory safety and chemical-hygiene violations (incompatible storage, PPE gaps, waste-stream mixing, fume-hood misuse) and state the corrective action for each

Design a quality-assurance workflow for a quantitative analysis, specifying calibration curve requirements, blanks, duplicates, spike recovery, and control-chart acceptance criteria

Calculate and interpret figures of merit (LOD, LOQ, sensitivity, selectivity, precision, accuracy, percent recovery) for 10 data sets

Evaluate 10 analytical result sets against acceptance criteria and decide whether to accept, re-run, or investigate the batch

Solve 10 mixed stoichiometry and analytical calculation problems under timed conditions to rebuild speed

Complete two full-length timed practice exams under exam conditions and record a score per domain

Rank all ten domains by accuracy from the practice results and re-drill the three weakest with 15 targeted questions each

Rewrite condensed notes into a single high-yield review sheet of no more than four pages covering formulas, trends, and decision rules

Rehearse the error log from weeks 1 through 7 and confirm that every previously missed item can now be solved correctly without notes