The Mystery Behind Silicon Carbide Mass

What is the mass of one mole of silicon carbide (SiC)?

A. 16.037 g

B. 32.022 g

C. 40.097 g

D. 56.123 g

Answer:

40.097 g

Have you ever wondered about the mass of silicon carbide (SiC)? Well, the answer might surprise you! When one mole of silicon (Si) has a mass of 28.086 g, and one mole of carbon has a mass of 12.011 g, we can calculate the mass of one mole of silicon carbide.

To find the mass of silicon carbide, we simply add the molar masses of silicon and carbon together. So, 28.086 g (Si) + 12.011 g (C) = 40.097 g (SiC). That's right, the mass of one mole of silicon carbide is 40.097 grams!

Understanding the molar mass of compounds like silicon carbide can help us better comprehend the composition of materials and their properties. So, next time you come across silicon carbide, remember its molar mass and the interesting chemistry behind it!

← Specific rotation and enantiomeric excess in mixtures Why does cs2 have a higher boiling point than co2 →

More Posts: