(How fast is the reaction taking place)
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| a reaction that will definitely take place with very little help (i.e. rusting) | ||
| rate expression | ||
| In reaction 2A + B --> C, rate expression of A = ? | ||
| rate constant | ||
| rate law for A + B --> C | ||
| If, in reaction A + B --> C, you are asked to find how fast B is disappearing given a value for A you .... | ||
| This formula gives you the rate of individual compounds. | ||
| Formula for rate of Kinetics for gasses | ||
| Rate Constant Unit for 0th Order | ||
| Rate Constant Unit for 1st Order | ||
| Rate Constant Unit for 2nd Order | ||
| Rate Constant Unit for 3rd Order | ||
| Rate Law can only be found _____________. | ||
| K is DEPENDENT ON... | ||
| Where rate=[A]to the x times [B] to the y, order is = ? | ||
| The effect of rate on the reaction | ||
| Any reaction where ln[A]t is the y axis and time is the x axis that produces a linear straight line with a negative slope is the ..... | ||
| Slope of a first order reaction is ... | ||
| This formula allows you, if the rate constant is known, to find a concentration or allows you, if the concentration is known, to find the rate constant at ANY throughout the reaction. | ||
| rate expression | ||
| the time required for something to fall to half its initial value (in particular, the time for half the atoms in a radioactive substance to disintegrate) | ||
| Any reaction where 1/[A]t is the y axis and time is the x axis that produces a linear straight line with a positive slope is the ..... | ||
| Second order graph slope | ||
| Zero Order graph slope | ||
| Any reaction where [A]t is the y axis and time is the x axis that produces a linear straight line with a negative slope is the ..... | ||
| In first Order reactions _____ molarity initial concentration will reach the half-life first because _____. | ||
| In second Order reactions ______ molarity initial concentration will reach the half-life first because _________. | ||
| In Zero Order reactions _________ molarity initial concentration will reach the half-life first because _________. | ||
| Rate is proportional to ... | ||
| The amount of energy needed to initiate the breaking of bonds and start the forming of new bonds (getting past the transition state or AB) | ||
| In these reactions the reactants are high and the products are low | ||
| In these reactions the reactants are low and the products are high | ||
| The highly unstable state that will only proceed to produce products if enough energy is provided in collisions and if the collisions occur the right way. | ||
| How do you increase rate? | ||
| Compound that is involved in the elementary steps of a reaction, but doesn't appear in the overall reaction. | ||
| If given the reaction 2A + 3B --> C, the rate law of this elementary step is ... | ||
| Lowers activation energy, but is not used up in the reaction. | ||
| Rate Determining Reaction is the ______ Elementary Step. |
