Question

Define equivalent mass of a base with an example.​

Answer 1

Answer:

For example, the basicity of sulphuric acid is 2. Equivalent mass of H2SO4 = Molar mass of H2SO4 / 2 = 98/2 = 49. 2.Equivalent mass of the base. Equivalent mass of a base is the number of parts by mass of the base. which contains one replaceable hydroxyl ion or which completely neutralises one gram equivalent of an 

hope this answer helps

Answer 2

Hey!

Hey!The equivalent weight of base : is the weight of compound that contains one equivalent of hydroxide ion (OH-) .

Hey!The equivalent weight of base : is the weight of compound that contains one equivalent of hydroxide ion (OH-) .Formula for calculating equivalent weight of base = molecular weight / acidity of base

Hey!The equivalent weight of base : is the weight of compound that contains one equivalent of hydroxide ion (OH-) .Formula for calculating equivalent weight of base = molecular weight / acidity of baseFor Ca(OH)2 : acidity is two as it can donate two OH- ions

Hey!The equivalent weight of base : is the weight of compound that contains one equivalent of hydroxide ion (OH-) .Formula for calculating equivalent weight of base = molecular weight / acidity of baseFor Ca(OH)2 : acidity is two as it can donate two OH- ionsIt's equivalent weight is =

Hey!The equivalent weight of base : is the weight of compound that contains one equivalent of hydroxide ion (OH-) .Formula for calculating equivalent weight of base = molecular weight / acidity of baseFor Ca(OH)2 : acidity is two as it can donate two OH- ionsIt's equivalent weight is =molecular weight /2

Hey!The equivalent weight of base : is the weight of compound that contains one equivalent of hydroxide ion (OH-) .Formula for calculating equivalent weight of base = molecular weight / acidity of baseFor Ca(OH)2 : acidity is two as it can donate two OH- ionsIt's equivalent weight is =molecular weight /2= (40+16*2+1*2)/2

Hey!The equivalent weight of base : is the weight of compound that contains one equivalent of hydroxide ion (OH-) .Formula for calculating equivalent weight of base = molecular weight / acidity of baseFor Ca(OH)2 : acidity is two as it can donate two OH- ionsIt's equivalent weight is =molecular weight /2= (40+16*2+1*2)/2=74/2

Hey!The equivalent weight of base : is the weight of compound that contains one equivalent of hydroxide ion (OH-) .Formula for calculating equivalent weight of base = molecular weight / acidity of baseFor Ca(OH)2 : acidity is two as it can donate two OH- ionsIt's equivalent weight is =molecular weight /2= (40+16*2+1*2)/2=74/2=37

Hey!The equivalent weight of base : is the weight of compound that contains one equivalent of hydroxide ion (OH-) .Formula for calculating equivalent weight of base = molecular weight / acidity of baseFor Ca(OH)2 : acidity is two as it can donate two OH- ionsIt's equivalent weight is =molecular weight /2= (40+16*2+1*2)/2=74/2=37For NaOH acidity is 1 as it can donate one OH- ion

Hey!The equivalent weight of base : is the weight of compound that contains one equivalent of hydroxide ion (OH-) .Formula for calculating equivalent weight of base = molecular weight / acidity of baseFor Ca(OH)2 : acidity is two as it can donate two OH- ionsIt's equivalent weight is =molecular weight /2= (40+16*2+1*2)/2=74/2=37For NaOH acidity is 1 as it can donate one OH- ionIt's equivalent weight = molecular weight/acidity

Hey!The equivalent weight of base : is the weight of compound that contains one equivalent of hydroxide ion (OH-) .Formula for calculating equivalent weight of base = molecular weight / acidity of baseFor Ca(OH)2 : acidity is two as it can donate two OH- ionsIt's equivalent weight is =molecular weight /2= (40+16*2+1*2)/2=74/2=37For NaOH acidity is 1 as it can donate one OH- ionIt's equivalent weight = molecular weight/acidity= (23+16+1)/1

Hey!The equivalent weight of base : is the weight of compound that contains one equivalent of hydroxide ion (OH-) .Formula for calculating equivalent weight of base = molecular weight / acidity of baseFor Ca(OH)2 : acidity is two as it can donate two OH- ionsIt's equivalent weight is =molecular weight /2= (40+16*2+1*2)/2=74/2=37For NaOH acidity is 1 as it can donate one OH- ionIt's equivalent weight = molecular weight/acidity= (23+16+1)/1=40

Hey!The equivalent weight of base : is the weight of compound that contains one equivalent of hydroxide ion (OH-) .Formula for calculating equivalent weight of base = molecular weight / acidity of baseFor Ca(OH)2 : acidity is two as it can donate two OH- ionsIt's equivalent weight is =molecular weight /2= (40+16*2+1*2)/2=74/2=37For NaOH acidity is 1 as it can donate one OH- ionIt's equivalent weight = molecular weight/acidity= (23+16+1)/1=40Hope it helped to clear your delimma

Hey!The equivalent weight of base : is the weight of compound that contains one equivalent of hydroxide ion (OH-) .Formula for calculating equivalent weight of base = molecular weight / acidity of baseFor Ca(OH)2 : acidity is two as it can donate two OH- ionsIt's equivalent weight is =molecular weight /2= (40+16*2+1*2)/2=74/2=37For NaOH acidity is 1 as it can donate one OH- ionIt's equivalent weight = molecular weight/acidity= (23+16+1)/1=40Hope it helped to clear your delimmaThank you