# What is the molar mass of water in the hydrate?

## What is the molar mass of water in the hydrate?

18.015 g/mol
This is because the hydrate is composed mostly of water (18.015 g/mol).

## What is the molar mass of carbon?

12.0107 u
Carbon/Atomic mass

## Do you include water in the molar mass of a hydrate?

When determining the formula mass for a hydrate, the waters of hydration must be included. Divide the mass of water in one mole of the hydrate by the molar mass of the hydrate and multiply this fraction by 100.

## What is hydrate formula?

Formula of a Hydrate (Anhydrous Solid⋅xH2O) In order to determine the formula of the hydrate, [Anhydrous Solid⋅xH2O], the number of moles of water per mole of anhydrous solid (x) will be calculated by dividing the number of moles of water by the number of moles of the anhydrous solid (Equation 2.12. 6).

## How do you calculate water of crystallization?

The % water of crystallisation and the formula of the salt are calculated as follows:

1. Suppose 6.25g of blue hydrated copper(II) sulphate, CuSO4.
2. The mass of anhydrous salt = 4.00g, mass of water (of crystallisation) driven off = 6.25-4.00 = 2.25g.
3. The % water of crystallisation in the crystals is 2.25 x 100 / 6.25 = 36%

## What is hydrated in Tagalog?

the word hydrated in Tagalog. Because it is like you are saying to “ always drink fluids or water to stay hydrated” if the sentence is like that in Tagalog “ laging uminom ng tubig para hindi matuyo or manuyo ( dehydrate)

## What is the molar mass of a hydrate?

Molar Mass of a Hydrate. (Molar Mass, Molecular Weight, Gram Formula Mass) Mole Conversions. Reading Compounds that have water attached (hydrates) The • represents CuSO 4 that has 5 waters attached. CuSO4• 5H2O. Cu 1 x 63.55 = 63.55. Add them up Molecular Weight=249.694g/mol. rounds to 249.7g/mol.

## What is the mass of water of hydration?

mass of hydrate = 30.483 g – 23.560 g = 6.923 g (b) mass of anhydrate = mass of anhydrate, crucible and lid – mass of crucible and lid mass of anhydrate = 27.042 g – 23.560 g = 3.382 g

## How to calculate the dissolved carbon in water?

The total concentration of dissolved inorganic carbon (= total carbon, also denoted by O2 or or DIC) is defined by: CT = [CO2aq] + [H2CO3] + [HCO3] + [CO32] = a + b + c (9.13)