Question

What is the Gram Formula Mass of Sodium Acetate $NaCH_3COO$?

Answer 1

Hint : With the help of a given set of rules we will calculate the gram formula mass of sodium acetate. The gram formula mass of a compound is the amount of that compound that has the same mass in grams as the formula mass in atomic mass un

Complete Step By Step Answer:
Gram atomic mass is the mass in grams of one mole of a sub-atomic substance. Gram atomic mass is equivalent to molar mass. The solitary contrast is that gram sub-atomic mass determines the mass unit to be utilized. Gram sub-atomic mass might be accounted for in grams or grams per mole.
To calculate the gram molecular mass of any compound we should follow the given rules
Look up the relative atomic mass of each element in the formula.
Multiply the subscript after each element symbol (the number of atoms) by that element's atomic mass. If there is no subscript, it means there is only one atom of that element in the molecule.
Add all of the values together to find the gram molecular mass.
So, the gram formula mass of sodium acetate is $82.024g$.

Additional Information:
Sodium acetate is a white crystalline powder structure that shows up as monoclinic crystals. It is hygroscopic in nature and effectively dissolvable in water. It is normally unscented however when warmed to decay its scents like vinegar or acidic corrosive. Therapeutically sodium acetic acid derivation is given intravenously as an electrolyte replenisher. It adjusts the sodium levels in hyponatremic patients.

Note :
Remember gram formula mass and formula mass is to different concepts. Gram formula mass is defined as the mass of the solute to the formula mass of the solute. Formula mass is defined as the sum of atomic weights of the atoms in the empirical formula.