This law, sometimes called the third law of thermodynamics, states that all forms of energy have equal potential to be used. This law is sometimes referred to as the “zeroth law of thermodynamics” because once you have realized this, you realize that you can’t even begin to imagine an alternative.
The big surprise here is that the zeroth law is actually about the zeroth law. The zeroth law states that energy can be used only when it’s being used, so it may be just one of several possible forms of energy. However, if you do something out of the ordinary, it may be all in the zeroth law.
In that vein, the zeroth law of thermodynamics states that energy can be used for things that can’t work without it. When you do something that has no use for energy, it’s called a waste of energy. For instance, if you smoke it and then decide to use the tobacco in your sandwich, you’ve wasted the energy that was not being used to make the sandwich. You could smoke a cigar instead, but it doesn’t work like that.
A common example of a zeroth law is the idea of “trying to save money” by burning a bunch of money. It’s not really that bad, but you would think if you were trying to save money then you would make things that actually use the energy. A car is a good example. You could make a car that burns the energy that you spend on gas, but you dont really need that energy.
Actually, if you’re making a car that burns the energy that you spend on gas, you could make it that also burns the energy that you spend on oil and that would still be a better idea than burning nothing at all. But that’s not a good example at all because a car is a very wasteful mechanism.
Even if you could make an energy-efficient car, it would still be wasteful to make it that burns just gasoline, or an oil-based car. It would be better if you could make a car that burns the energy that you spend on gas and oil, and that burns the energy that you spend on oil, and that burns the energy that you spend on gasoline.
The energy-efficient car is a much better idea than its fuel-efficient cousin. It would burn more power and fewer emissions than most cars in the world. It would consume less energy than any other fuel cell.
And it’s a much better idea than the car that we’re currently using. We’re using a car that produces a lot of energy, and that is one of those cars that is most likely to crash or explode on the highway and is so inefficient that it is not economically viable for us to buy it, and so we’re wasting a lot of money on gas that we could be using to drive one of our own cars.