Why is the formula B4c for boron carbide and not B4c3?

Answer 1

The formula for boron carbide is B4C because it follows the principle of charge neutrality in ionic compounds. Boron typically forms 3+ cations (B3+), while carbon forms 4- anions (C4-). To balance the charges, you need four boron atoms (4 x 3+ = 12+) to match the charge of three carbon atoms (3 x 4- = 12-), resulting in the formula B4C. If it were B4C3, the charges would not balance correctly, leading to an incorrect formula.

Answer 2

Oh, dude, so like, the formula for boron carbide is B4C because the atoms of boron and carbon bond in a specific way that results in a 1:1 ratio. It's like a chemistry match made in heaven, you know? So, no need for that extra C hanging around causing trouble.

Answer 3

Well, isn't that just a happy little question! You see, in boron carbide, the boron atoms and carbon atoms like to arrange themselves in a specific way that results in the formula B4C. It's like a beautiful dance between the elements, creating a balanced and stable structure. So, just trust in the magic of chemistry and appreciate the unique harmony of B4C!

Answer 4

The formula for boron carbide is B4C because boron forms a 3+ ion (B3+) and carbon forms a 4- ion (C4-). When combined, their charges balance out without the need for additional atoms, resulting in a simple ratio of 4 boron atoms to 1 carbon atom.

Answer 5

because thats not what God wanted it 2 b