You will calculate the initial rate of reaction from a curve rather than measure how much gas is released because you are looking at products in there molecular nature.
rate of reaction
Volume of oxygen consumed, Volume of carbon dioxide produced. From this you can calculate the respiratory quotient/rate of respiration.
1) Use ONLY feedforward control if:The physics/chemistry of the application are well knownYou can easily measure or calculate the variables in the equationsThere are no significant process disturbancesThe accuracy of the measurements used is an order of magnitude better than the application specifications2) Use ONLY feedback control if:Significant un-modeled process disturbances existYou cannot measure or calculate variables in the equations describing the physics/chemistry of the application.The accuracy of the measurements used is NOT an order of magnitude better than the application specifications.3) Use both when:The physics/chemistry of the application are well knownYou can easily measure or calculate the variables in the equationsThe accuracy of the measurements used is on the order of the application specificationsYou want to prevent saturation of the controller integratorsYou want to improve trajectory tracking, but 2nd and higher order dynamics in the plant limit your controller bandwidth
Kinetic energy is the motion of an object (real). Potential energy is a measure of the kinetic energy an object WOULD have if it were to be released and allowed to fall.
A statistic is a value calculated from a data sample. For example, the mean (average) is a statistic. You calculate the mean by adding up the values of the data you have and dividing by the number of values. Usually, you want to know the corresponding value for the whole population but this is impossible to obtain in practice. So you have to use a statistic calculated from a sample. For eaxmple, if you want to know the height of sixteen year old students in the UK, you cannot measure every single student. So you measure a sample (selected randomly), and calculate the average height of the sample. This is a statistic. See: http://www.stats.gla.ac.uk/steps/glossary/basic_definitions.html#stat
The amount of energy that is used or released as heat in a reaction.
The amount of energy that is used or released as heat in a reaction.
Sure, gallon is a measure of volume; you can measure or calculate the volume of a person.Sure, gallon is a measure of volume; you can measure or calculate the volume of a person.Sure, gallon is a measure of volume; you can measure or calculate the volume of a person.Sure, gallon is a measure of volume; you can measure or calculate the volume of a person.
rate of reaction
rate of reaction
Reaction Rate
The measure is the rate of reaction.
-- Measure or calculate the length of one side. -- Measure or calculate the length of another side. -- Measure or calculate the length of the only remaining side. -- Add the three numbers. The sum is the perimeter of the triangle.
The enthalpy of reaction is the change of the system enthalpy after a chemical reaction.
The pulses on the fast laser will enable us measure the reaction time on the chemical reaction.
You can measure it or calculate it.
There are two ways people can measure the rate of reaction. People can measure how quickly the reactants are used up as they react to make products. Or people can measure the rate at which the products of the reaction are made.