stoichiometric coefficient in a sentence

Examples

1. For example n A + m B-> C is generally governed by a reaction rate like r = k [ A ] ^ n [ B ] ^ m, where the exponents are the same as the reduced stoichiometric coefficients.
2. For example, in the reaction, the stoichiometric coefficient of CH 4 is  " 1, the stoichiometric coefficient of O 2 is  " 2, for CO 2 it would be + 1 and for H 2 O it is + 2.
3. For example, in the reaction, the stoichiometric coefficient of CH 4 is  " 1, the stoichiometric coefficient of O 2 is  " 2, for CO 2 it would be + 1 and for H 2 O it is + 2.
4. Here, \ Omega is the system size, \ mathbb { E } is an stoichiometric coefficient for species i in reaction j ), and f _ j is the rate of reaction j given a state \ mathbf { x } and system size \ Omega.
5. As for many reactions, the experimental rate equation does not simply reflect the stoichiometric coefficients in the overall reaction : It is third order overall : first order in H 2 and second order in NO, even though the stoichiometric coefficients of both reactants are equal to 2.
6. As for many reactions, the experimental rate equation does not simply reflect the stoichiometric coefficients in the overall reaction : It is third order overall : first order in H 2 and second order in NO, even though the stoichiometric coefficients of both reactants are equal to 2.
7. FBA formalizes the system of equations describing the concentration changes in a metabolic network as the dot product of a matrix of the stoichiometric coefficients ( the stoichiometric matrix "'S "') and the vector "'v "'of the unsolved fluxes.
8. where " K i " is the equilibrium constant of formation of the secondary species " i ", and & nu; i, j represents the stoichiometric coefficient of basis species " j " in secondary species " i " ( the values of & nu; j, i can be positive or negative ).
9. r \ in R _ { \ nu } ^ + if and only if \ nu is the vector of the input stoichiometric coefficients \ alpha _ r for the " r " th elementary reaction; r \ in R _ { \ nu } ^-if and only if \ nu is the vector of the output stoichiometric coefficients \ beta _ r for the " r " th elementary reaction.
10. r \ in R _ { \ nu } ^ + if and only if \ nu is the vector of the input stoichiometric coefficients \ alpha _ r for the " r " th elementary reaction; r \ in R _ { \ nu } ^-if and only if \ nu is the vector of the output stoichiometric coefficients \ beta _ r for the " r " th elementary reaction.