Question

a saturated solution of salt X contains 0.28g of the salt in 100cm3 of solution at 25degree centigrate, what is the solubility of the salt X at this temperature (R.m.m of X=56)

Answer 1

What am I missing? Isn't the solubility 0.28 g/100 cc?

Answer 2

I don't know it please help me

Answer 3

The answer

Answer 4

A saturated solution of

Answer 5

[AI-generated answer — Explain Bot]

To find the solubility of the salt, we need to calculate the amount of salt dissolved in a given volume of solution, which is measured in grams per 100 cm3.

Given data:
Mass of salt X = 0.28g
Volume of solution = 100 cm3
Temperature = 25°C
Relative Molecular Mass (RMM) of X = 56 g/mol

To find the solubility, we divide the mass of the salt by the volume of the solution:

Solubility = Mass of salt / Volume of solution

Solubility = 0.28g / 100 cm3

Now, we need to convert the solubility to g/100 cm3 by multiplying by 100:

Solubility = (0.28 / 100) * 100
Solubility = 0.28 g/100 cm3

Therefore, the solubility of salt X at this temperature is 0.28 g/100 cm3.

Note: The solubility represents the maximum amount of salt X that can dissolve in 100 cm3 of solution at the given temperature and is often expressed in units of g/100 cm3 or g/mL.