Acid–base reaction - Quiz
A) Russell S. Drago B) Gilbert Lewis C) Ralph Pearson D) Robert Parr
A) Russell S. Drago B) Linus Pauling C) Ralph Pearson D) Robert Parr
A) Intermediate B) Covalent C) Hard D) Soft
A) Hard B) Electrostatic C) High charge D) Soft
A) Neutral-neutral B) Hard-covalent and soft-electrostatic C) Hard-soft and soft-hard D) Hard-hard and soft-soft
A) Ralph Pearson B) Robert Parr C) Russell S. Drago D) Svante Arrhenius
A) Strength of Lewis acid-base interactions B) The W term constant C) Polarizability of the species D) Hardness of the acid
A) Electrostatic and covalent contributions B) Equilibrium and constant C) Enthalpy and concentration D) Energy and charge
A) The sum of electrostatic forces B) Constant energy contribution C) The polarizability constant D) The covalent bond strength
A) Reversal of acid and base strengths B) That strengths are always constant C) A single linear order of strengths D) That strengths are independent of the partner
A) E and W B) EA and CA C) C and W D) EB and CB
A) EA and CA B) A and B C) E and W D) EB and CB
A) Only for hard acids B) Yes C) Only for soft bases D) No
A) Variable charge B) Neutral charge C) High charge state D) Low charge state
A) Negative charge only B) Positive charge only C) High charge state D) Low charge state
A) Dinitrogen tetroxide B) Arrhenius C) Albert F.O. Germann D) Edward Curtis Franklin
A) Solvate ions B) Aprotic ions C) Solvonium ions D) Lyate ions
A) Lyate ions B) Solvate ions C) Thionyl ions D) Lyonium ions
A) Nitrosonium ions B) Lyonium ions C) Lyate ions D) Solvonium ions
A) NH4NO3 B) NH4I C) Zn(NH2)2 D) KNH2
A) Nitrate B) Thionyl compounds C) Chloride D) Sulfites
A) Its reliance on temperature B) Its inability to define salts C) Its reliance on water solutions D) Its exclusion of bases
A) Phosgene B) Antimony trichloride C) Sulfuric acid D) Dinitrogen tetroxide
A) NOCl B) NO3 C) N2O4 D) AgCl
A) 1910 B) 1950 C) 1938 D) 1923
A) 1925 B) 1940 C) 1938 D) 1923
A) Receives an electron pair B) Receives a proton C) Donates a proton D) Donates an electron pair
A) Donates an electron pair B) Donates a proton C) Receives a proton D) Receives an electron pair
A) Water B) Ammonia C) Fluoride ion D) Boron trifluoride
A) BF4 B) BF3 C) BF2 D) B3F
A) AX3 B) AX C) AX2 D) AX4
A) DX2 B) AX3 C) DY2 D) DY3
A) Ethers B) Thioethers C) Amines D) Boron trifluoride
A) AX3 B) DX3 C) DX2 D) DY3
A) Phosphine B) Amine C) Ether D) Boron trifluoride
A) BF4-CO B) BF3-CO C) F3B←CO D) BCO-F3
A) Guillaume-François Rouelle B) Justus von Liebig C) Svante Arrhenius D) Antoine Lavoisier
A) Arrhenius theory B) Lewis theory C) Brønsted–Lowry theory D) Lavoisier's oxygen theory
A) Na+ B) H+ or H3O+ C) Cl- D) OH-
A) Oxygen B) Nitrogen C) Hydrogen D) Sulfur
A) Arrhenius theory B) Brønsted–Lowry theory C) Liebig's hydrogen theory D) Lewis theory
A) An oxide of a metal B) A proton acceptor C) A hydrogen ion producer in water D) A hydroxide ion donor
A) Amphoteric B) Basic C) Acidic D) Neutral
A) OH- B) H2O C) H3O+ D) Cl-
A) Sodium chloride B) Monocalcium phosphate C) Toluene D) Ammonia
A) Sir Humphry Davy B) Svante Arrhenius C) Jöns Jacob Berzelius D) Antoine Lavoisier
A) Cl- B) HCl C) H3O+ D) H2O
A) Carbon dioxide B) Nitrogen C) Oxygen D) Hydrogen
A) Mikhail Usanovich B) Gilbert Lewis C) Håkon Flood D) Hermann Lux
A) Oxygen B) MgO C) MgCO3 D) CO2
A) SiO2 B) CaO C) Calcium D) CaSiO3
A) Mikhail Usanovich B) Hermann Lux C) Robert Boyle D) Håkon Flood
A) Condensation reactions B) Redox reactions C) Isomerization D) Hydrolysis reactions
A) SO3 B) Na2O C) Na+ D) SO42-
A) It is essentially a quantitative reaction B) It creates an equilibrium mixture C) It produces a buffer solution D) It always forms a gas
A) An arbitrary base B) A generic acid C) Adenine D) An ammonium ion
A) Liquid B) Aqueous C) Gaseous D) Solid |
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