This has been my favorite question of the last few years. I think the answer is fairly obvious, yes. I’ve been making this calculation for years now, and it’s been a delight to do so. But I’ve always wanted to find a general formula for it.
The bond energy per mole is the amount of oxygen in the atmosphere. For example, when you take CO2 out of the atmosphere, you get oxygen which is then released into the atmosphere. By making the bond energy in any other way, you can get something like oxygen in five mole for each mole. So when you add the bond energy, you get five mole for each mole. That’s still not correct.
The bond energy is one of the factors that affects the overall energy cost of breaking a bond. So you can get the bond energy for a bond by making the bond energy for another bond, or by making the bond energy of a molecule. So if you break a bond in one mole of oxygen, you have to release three mole of oxygen and three mole of water. Thats a lot of energy.
When we break a bond in one mole of oxygen, we have to release three mole of water. Thats a lot of energy.
The energy is one of the factors that has an effect on the energy cost of breaking a bond. We can get the cost of breaking a bond in one mole of oxygen by making the bond energy for another bond, or by making the bond energy of a molecule. So if you break a bond in one mole of oxygen, you have to release three mole of oxygen and three mole of water. Thats a lot of energy.
The energy is one of the factors that has an effect on the energy cost of breaking a bond. We can get the cost of breaking a bond in one mole of oxygen by making the bond energy for another bond, or by making the bond energy of a molecule. So if you break a bond in one mole of oxygen, you have to release three mole of oxygen and three mole of water. Thats a lot of energy.
So the bond energy of one mole of molecular oxygen is approximately 3.6*10-12J.
The bond energy of a molecule is the energy required to detach the bond from the surface of an atom. The bond energy of molecular oxygen is approximately 3.610-12J.
So if you break a bond in one mole of molecular oxygen, or any other molecule, you have to release three mole of oxygen and three mole of water. Thats a lot of energy. So the bond energy of one mole of molecular oxygen is approximately 3.610-12J.
