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