Chemistry, asked by ellipilliramalakshmi, 9 months ago

calculate normality of Na2Co3 solution containing 10.6g per 500ml of the solution?

Answers

Answered by chakladershreyasi
0

Answer:

Molarity can be found with this formula:

molarity=number of moles/volume (L)

We know the volume, which is

500mL = 0.5 L.

We still need to know the number of moles, though, but we can find that from its mass.

10.6 g of Na2CO3 is:

10.6g molar mass=10.6g/106 g/mol=0.1 mol

Now, we can just plug those values in to solve for molarity:

molarity=0.1 mol/0.5 L=0.2 M

Explanation:

hope it helps you ❣️

Answered by k8171
1

Answer:

Molarity can be found with this formula:

molarity=number of moles/volume (L)

We know the volume, which is

500mL = 0.5 L.

We still need to know the number of moles, though, but we can find that from its mass.

10.6 g of Na2CO3 is:

10.6g molar mass=10.6g/106 g/mol=0.1 mol

Now, we can just plug those values in to solve for molarity:

molarity=0.1 mol/0.5 L=0.2 M

Explanation:

hope it helps you ❣️pls mark me as the brainleist

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