Question
_____ The order of a chemical reaction can be determined by examining its Stoichiometry. _____ A bimolecular elementary reaction step has a second-order rate law. _____ A reaction mechanism can be proved to be correct. _____ First-order reactions follow an exponential time course, _____ J is vibrational quantum number. _____ High energy quanta have short wavelengths. _____ The wave function Psi must be a real number. _____ Psi must be continuous and single-valued. _____ Pauli stated that no two electrons in as can have the same values for all three state. _____ The Bohr radius is a reasonable estimate of the size of a hydrogen atom in its ground state. _____ The Nernst equation applies only at equilibrium. Add the appropriate word or words. _____ The rate constant for a bimolecular reaction has units _____. _____ The sum of exponents of the concentrations is the rate law is equal to the _____. Oxidation is a _____ of electrons. The sign of the electromotive force, E, is _____ For a spontaneous process A quantum of light is called a _____
Explanation / Answer
Q1.
false, stoichiometry may help us and find ratios, but only elementary rate law will be true for this
Q2.
False, it just implies there are two molecules involved
Q3.
True, we just need to perfrom experimetns
Q4.
False, it is logarithmic
