Shivam Sinha
National Institute Of Technology (NIT), Surathkal
Shivam Sinha has created this Calculator and 100+ more calculators!
Akshada Kulkarni
National Institute of Information Technology (NIIT), Neemrana
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10 Other formulas that you can solve using the same Inputs

Number of moles of electron gained using equivalent weight of oxidising agent
Number of moles of electrons gained=Molar Mass of a chemical compound/Equivalent Weight GO
Number of moles of electron lost using equivalent weight of reducing agent
Number of moles of electrons lost=Molar Mass of a chemical compound/Equivalent Weight GO
Valency factor when equivalent weight is given
Valency factor when equivalent weight is given=Atomic Weight/Equivalent Weight GO
Number of equivalents of solute
Number of equivalents=Mass of Solute/Equivalent Weight GO
Normality when molality and equivalent mass is given
Normality=Molarity*(Molar Mass/Equivalent Weight) GO
Molarity when normality and equivalent mass is given
Molarity=Normality*(Equivalent Weight/Molar Mass) GO
Basicity when equivalent weight is given
Basicity=Molar mass of base/Equivalent Weight GO
Equivalent weight for acids
Equivalent Weight=Molar mass of acid/Acidity GO
Molecular Weight
Molecular Weight=Equivalent Weight*N Factor GO
N Factor
N Factor=Molecular Weight/Equivalent Weight GO

1 Other formulas that calculate the same Output

Acidity when molarity and normality is given
Acidity=Normality/Molarity GO

Acidity when equivalent weight is given Formula

Acidity=Molar mass of acid/Equivalent Weight
Acidity=(Molar mass)<sub>acid</sub>/W <sub>eq</sub>
More formulas
Focal length of Convex Lens GO
Equivalent Weight GO
Molecular Weight GO
N Factor GO
Volume Strength using Normality GO
Volume Strength using Molarity GO
Molarity Using Volume Strength of Hydrogen Peroxide GO
Normality Using Volume Strength Of Hydrogen Peroxide GO
Titration Of Sodium Hydroxide And Sodium Carbonate(Phenolphthalein) GO
Titration Of Sodium Hydroxide And Sodium Carbonate(Methyl Orange) GO
Titration of Sodium Hydroxide with Sodium Carbonate After Second End Point(using Phenolphthalein) GO
Titration of Sodium Hydroxide with Sodium Carbonate After Second End Point(Methyl Orange) GO
Titration of Sodium Hydroxide With Sodium Bicarbonate After First End Point(phenolphthalein) GO
Titration of Sodium Hydroxide With Sodium Bicarbonate After Second End Point(phenolphthalein) GO
Titration of Sodium Hydroxide With Sodium Bicarbonate After First End Point(Methyl Orange) GO
Titration of Sodium Hydroxide With Sodium Bicarbonate After Second End Point(Methyl Orange) GO
Titration of Sodium Carbonate With Sodium Bicarbonate After First End Point(phenolphthalein) GO
Titration of Sodium Carbonate With Sodium Bicarbonate After Second End Point(phenolphthalein) GO
Titration Of Sodium Carbonate With Sodium Bicarbonate After First End Point for Methyl Orange GO
Titration of Sodium Carbonate With Sodium Bicarbonate After Second End Point for Methyl Orange GO
Relative Atomic Mass GO
Specific Gravity GO
Mass Of The Gas Using Vapour Density GO
Vapour Density of The Gas Using Mass GO
Molarity GO
Number Of Moles Of The Solute Using Molarity GO
Mole Fraction OF The Solute GO
Mole Fraction Of The Solvent GO
Molarity Using Mole Fraction GO
Mole Fraction Using Molarity GO
Molaity Using Mole Fraction GO
Mole Fraction Using Molality GO
Molarity Using Molality GO
Molality Using Molarity GO
Hardness Of Water GO
Percentage Of Chlorine In Bleaching Powder GO
Density of substance when specific gravity is given GO
Absolute density GO
Molar mass of gas when absolute density at STP is given GO
Molar volume of gas when absolute density is given GO
Density of gas GO
Pressure of gas when gas density is given GO
Temperature of gas when gas density is given GO
Vapour density using density of gas substance GO
Density of gas particle when vapour density is given GO
Density of hydrogen when vapour density is given GO
Molar mass of gas when vapour density is given GO
Molarity of substance GO
Molality GO
Number of moles of solute using molality GO
Mass of solvent using molality GO
Mole fraction of component 1 in a binary solution GO
Mass Percent GO
Mass of solute using mass percent GO
Mass of solution using mass percent GO
Volume percent GO
Volume of solute using volume percent GO
Volume of solution using volume percent GO
Mass/Volume percent GO
Mass of solute using Mass/volume percent GO
Volume of solution using Mass/volume percent GO
Density of solution using molarity of solution GO
Mole fraction of solute in terms of molarity GO
Number of equivalents when molarity and normality is given GO
Mole fraction of solvent when molality is given GO
Density of solution when molarity and molality is given GO
Molarity when molality of solution is given GO
Oxidation number GO
Number of electrons in valence shell GO
Number of electrons left after bonding GO
Valency factor when equivalent weight is given GO
Equivalent weight for acids GO
Equivalent weight for base GO
Basicity when equivalent weight is given GO
Equivalent weight of oxidising agent GO
Number of moles of electron gained using equivalent weight of oxidising agent GO
Equivalent weight of reducing agent GO
Number of moles of electron lost using equivalent weight of reducing agent GO
Normality when molality and equivalent mass is given GO
Molarity when normality and equivalent mass is given GO
Equivalent mass when molality and normality is given GO
Normality when molarity and acidity is given GO
Normality when molarity and basicity is given GO
Molarity when acidity and normality is given GO
Molarity when basicity and normality is given GO
Acidity when molarity and normality is given GO
Basicity when molarity and normality is given GO
Molarity when normality and number of equivalents is given GO
Normality when molarity and number of equivalents is given GO
Number of equivalents of solute GO
Number of equivalents of solute in terms of valency factor GO
Number of moles of solute in terms of number of equivalents of solute GO
Valency factor in terms of number of equivalents of solute GO
Number of equivalents of solute when normality is given GO
Volume of solution when normality is given GO
Normality in terms of molarity and valency factor GO
Valency factor in terms of molarity and normality GO
Normality of substance 1 at equivalence point GO
Volume of substance 1 at equivalence point GO
Normality of substance 2 at equivalence point GO
Volume of substance 2 at equivalence point GO

What is acidity?

Acidity describes the amount of acid in a substance. An acid is a chemical that gives off hydrogen ions in water and forms salts by combining with certain metals. Acidity is measured on a scale called the pH scale. On this scale, a pH value of 7 is neutral, and a pH value of less than 7 to 0 shows increasing acidity.

What is equivalent weight?

Equivalent weight (also known as gram equivalent) is the mass of one equivalent, that is the mass of a given substance which will combine with or displace a fixed quantity of another substance. The equivalent weight of an element is the mass which combines with or displaces 1.008 gram of hydrogen or 8.0 grams of oxygen or 35.5 grams of chlorine. These values correspond to the atomic weight divided by the usual valence, for oxygen as example that is 16.0 g / 2 = 8.0 g.

How to Calculate Acidity when equivalent weight is given?

Acidity when equivalent weight is given calculator uses Acidity=Molar mass of acid/Equivalent Weight to calculate the Acidity, The Acidity when equivalent weight is given formula is defined as the ratio of the molar mass of the acid to the equivalent weight for acid. Acidity and is denoted by Acidity symbol.

How to calculate Acidity when equivalent weight is given using this online calculator? To use this online calculator for Acidity when equivalent weight is given, enter Molar mass of acid ((Molar mass)acid) and Equivalent Weight (W eq) and hit the calculate button. Here is how the Acidity when equivalent weight is given calculation can be explained with given input values -> 50 = 50/1.

FAQ

What is Acidity when equivalent weight is given?
The Acidity when equivalent weight is given formula is defined as the ratio of the molar mass of the acid to the equivalent weight for acid and is represented as Acidity=(Molar mass)acid/W eq or Acidity=Molar mass of acid/Equivalent Weight. The molar mass of acid is the mass of acid divided by the amount of acid present and Equivalent Weight (also known as gram equivalent) is the mass of one equivalent, that is the mass of a given substance.
How to calculate Acidity when equivalent weight is given?
The Acidity when equivalent weight is given formula is defined as the ratio of the molar mass of the acid to the equivalent weight for acid is calculated using Acidity=Molar mass of acid/Equivalent Weight. To calculate Acidity when equivalent weight is given, you need Molar mass of acid ((Molar mass)acid) and Equivalent Weight (W eq). With our tool, you need to enter the respective value for Molar mass of acid and Equivalent Weight and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.
How many ways are there to calculate Acidity?
In this formula, Acidity uses Molar mass of acid and Equivalent Weight. We can use 1 other way(s) to calculate the same, which is/are as follows -
  • Acidity=Normality/Molarity
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