# I2 Molar Mass (With Calculations)

Molar mass of I2 is 253.8 g/mol.

Well, now you have come to know the molar mass of I2.

But how can you get this value?

Let me show you the calculation to get the molar mass of I2.

If you are a visual learner like me, then here is a short one minute video for you.

## I2 Molar Mass Calculation

If you have a periodic table with you, then you can easily calculate the molar mass of I2.

Because the molar mass of any molecule (or compound) can be calculated by simply adding the molar masses of individual atoms.

Now here we have to find the molar mass of I2.

So for that, have a look at the periodic table given below.

You can see the molar mass value of all the atoms from this periodic table.

Now in I2, there are 2 Iodine atoms.

So let’s look at the molar mass of Iodine from the above periodic table.

You can see that;

The molar mass of Iodine is 126.90 g/mol. [1]

Now, to calculate the molar mass of I2, you just have to add the molar mass of all the individual atoms that are present in I2.

You can see that in I2, there are 2 Iodine atoms.

So, Molar mass of I2 = Molar mass of 2 Iodine (I) atoms.
= (126.90) 2
= 253.8 g/mol

Hence the Molar mass of I2 is 253.8 g/mol.

I hope you have understood the short and simple calculation for finding the molar mass of I2.

Remember

• In some books, you may see the unit of molar mass as grams/mole or g/mole. But all these units (i.e g/mol, grams/mole and g/mole) are the same.
• Always follow the calculation order to avoid any mistakes in calculation. First solve the brackets, then multiplications and at last do the final addition.
• And don’t forget to put the unit g/mol to your final calculated molar mass.

Check out other related topics for more practice;
KBr (Potassium bromide) Molar Mass
F2 Molar Mass
H2O2 (Hydrogen peroxide) Molar Mass
Al2O3 Molar Mass
Magnesium hydroxide [Mg(OH)2] Molar Mass

Author
##### Jay Rana

Jay is an educator and has helped more than 100,000 students in their studies by providing simple and easy explanations on different science-related topics. With a desire to make learning accessible for everyone, he founded Knords Learning, an online chemistry learning platform that provides students with easily understandable explanations.