Chemistry 3

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Across
  1. 2. Spatial wavefunction describing electron distribution in a molecule, typically derived via linear combination of atomic orbitals.
  2. 7. Electronic correlation diagrams plotting ligand field splitting against interelectronic repulsion for d-electron configurations.
  3. 8. Science dealing with heat, work, entropy, and the spontaneity of macroscopic chemical transformations.
  4. 12. Combining power of an element, typically dictated by the number of electrons in its outermost shell.
  5. 15. Linear free-energy relationship correlating substituent electronic effects with reaction rates of benzene derivatives.
  6. 17. Common laboratory method of quantitative chemical analysis used to determine the unknown concentration of an identified analyte.
  7. 19. Repulsive spatial interactions resulting from overlapping electron clouds of non-bonded atoms or groups.
  8. 21. Method of describing delocalized electron structures by the linear combination of multiple contributing Lewis structures.
  9. 22. Photon emission from an electronically excited state not driven by thermal or radiative heat.
  10. 23. Study of the interaction between electromagnetic radiation and matter as a function of wavelength or frequency.
  11. 24. Electroanalytical category measuring faradaic current response as a function of an independently varied applied potential.
  12. 26. Different structural modifications of an element, such as diamond and graphite for carbon.
  13. 28. Volatility-based separation process separating components of a liquid mixture via selective boiling and condensation.
  14. 30. Field examining the structural and catalytic roles of metal ions in biological macromolecular systems.
  15. 32. Geometric property of a molecule having a non-superimposable mirror image, dictating optical activity.
  16. 36. Olefin redistribution reaction utilizing transition metal alkylidene catalysts like Grubbs or Schrock systems.
  17. 40. Electron-deficient species that accepts an electron pair from a nucleophile to establish a new chemical bond.
  18. 41. Analytical separation technique partitioning analytes between a stationary phase and a dynamic mobile phase.
  19. 42. Standard [4+2] cycloaddition forming a cyclohexene ring from a conjugated diene and a dienophile.
  20. 43. Concerted organic reaction class characterized by a cyclic transition state with simultaneous bond reorganization.
  21. 44. Analytical method ionizing chemical species and sorting the fragments based on their mass-to-charge ratio.
  22. 45. Microporous aluminosilicate mineral widely utilized as a shape-selective heterogeneous catalyst and molecular sieve.
  23. 46. Variants of a particular chemical element which differ in neutron number, useful in kinetic tracer studies.
  24. 47. Mathematical mixing of atomic orbitals to form new directional valence orbitals suitable for chemical bonding.
Down
  1. 1. Radiative spin-allowed relaxation from a singlet excited state to a singlet ground state.
  2. 3. Electron-rich chemical species that donates an electron pair to an electrophilic center to form a covalent bond.
  3. 4. Radiative decay from an excited triplet state to a singlet ground state, requiring forbidden intersystem crossing.
  4. 5. Chemical process reacting monomer molecules together in a chemical reaction to form three-dimensional networks or chains.
  5. 6. Catalytic system where the substrate and the catalyst exist in the same phase, usually liquid.
  6. 9. Fluid state beyond its critical temperature and pressure, exhibiting liquid-like density and gas-like diffusivity.
  7. 10. Organic compounds containing carbon and hydrogen joined in open chains, rather than aromatic rings.
  8. 11. Quantitative relationship between the relative quantities of substances taking part in a balanced chemical reaction.
  9. 13. Structural class of non-classical carbocations displaying three-center two-electron bonding characteristics.
  10. 14. One of a pair of stereoisomers that are non-superimposable mirror images of each other.
  11. 16. Chemical sub-discipline focusing on compounds containing at least one direct covalent bond between carbon and a metal.
  12. 18. High molecular weight polymer constructed via repeated covalent assembly of smaller monomeric units.
  13. 20. Experimental science determining the precise three-dimensional atomic arrangement within a crystalline solid.
  14. 25. Open chain molecule containing solely carbon and hydrogen without any stable aromatic stabilization.
  15. 27. Study of chemical reaction rates, transition states, and the microscopic step-by-step mechanisms of transformation.
  16. 29. Acceleration of a chemical reaction rate by a substance that is not consumed in the overall reaction.
  17. 31. Topological descriptor indicating the number of contiguous atoms in a ligand coordinated to a central metal.
  18. 33. Quantum mechanical approximation separating nuclear and electronic motion based on mass disparity.
  19. 34. Synthetic approach designed to selectively produce one enantiomer of a chiral product over another.
  20. 35. Thermodynamic effective pressure replacing ideal pressure to quantify chemical potential deviations in real gases.
  21. 37. Nucleophilic substitution or elimination reaction where the solvent molecule acts as the attacking nucleophile.
  22. 38. Foundational kinetic model for non-allosteric enzyme systems relating velocity to substrate concentration.
  23. 39. Discipline analyzing charge transfer across phase boundaries, linking macroscopic voltage to redox kinetics.