first check out the total charge and the no of moles and then the n factor
The n factor of boric acid is 1, as it donates only one proton in a reaction.
The n factor, or stoichiometric coefficient, helps determine the amount of reactants needed for a chemical reaction to occur. It is important in calculating the efficiency of a reaction by showing how many moles of reactants are involved in producing a certain amount of product. A higher n factor indicates a more efficient reaction as it means fewer reactants are needed to produce the desired product.
The n factor of Mohr's salt in solid state is 2. This is because each formula unit of Mohr's salt contains two moles of electrons that can be lost in a redox reaction.
To calculate the heat of a reaction, you can use the equation q mcT, where q is the heat energy, m is the mass of the substance, c is the specific heat capacity, and T is the change in temperature. You can also use the enthalpy change of the reaction, which is represented by H. The heat of reaction can be calculated using the equation H q / n, where n is the number of moles of the substance involved in the reaction.
In cases of particular elements during reactions we see the change is their individual oxidation states.But if we have to calculate the equivalent weight of a species in a particular reaction,we have to find out the n factor for that particular species in the reaction.It is basically the overall exchange of electrons of a species per mole of that species in the reaction. And 1 thing more,n factor can never be calculated for individual atoms. For example:if we have to find out the equivalent weight of Fe2S3 in the reaction Fe2S3 --> FeSO4 + SO2 First v balance the equation which gives Fe2S3 + 502-->2FeSO4 +SO2 Then v find out the oxiadation states of S in d differsnt compounds cos v c that S is the only common element in all.In Fe2S3 The ox.state of s is -2.In FeS04 it's +6 n in SO2 it's +4. So we c the net exchange of electrons per mole of Fe2S3 in d reaction is 2*(+6-(-2))+(4-(-2)) = (2*8)+6 =22 Therefore the n factor of Fe2S3 is 22. So its equivalent weight will be Molecular weight/22.
The n factor of an acid is equal to the number of moles of H+ ions it can donate when it dissociates in a solution. For monoprotic acids (like HCl), the n factor is 1. For diprotic acids (like H2SO4), the n factor is 2 because it can donate 2 moles of H+ ions. To calculate n factor, you can consider the number of replaceable H+ ions in the acid formula.
how can i calculate brsting factor and what may be the bursting factor for corogated pakaging
21
The rate constant (k) can be calculated using the equation k = rate of reaction / (concentration of reactant)^n, where n is the order of the reaction with respect to that reactant.
Obviously, both terms have the common factor "n". You get the other factor by dividing both terms by n. The result is "n + 2".
Do not calculate. Get it from Fama/French's website
The lever which is pivoted at A below is in equilibrium.(a) Calculate the magnitude of P(b) Calculate the reaction (both the magnitude and direction) at the pivot A.50 N2m 2m 3mA 60 N30°P40 N