That depends on whether you’ve been drinking from a pond or a river: one can be the same type of energy as two other substances – the energy molecules that make up the water and the energy stored in its molecules.
So water is composed of molecular energy, which is the type of energy that can be described as the form of the molecules. For example, water is made up of carbon and hydrogen. In a pond, you might be able to draw the energy stored within hydrogen and carbon through water, but only if you are very far away. At the same time, in a river or pond you can draw energy into those same molecules that you are trying to draw out through the water.
But water can be the energy of different molecules. On the other hand, there are two types of water that are not usually called water: those that are made up of dissolved oxygen and those that are made up of molecular bonds. The simplest cases of water are neither: they are not of molecular energy, and they have no molecular bond. This explains why water isn’t usually called water.
If you are curious about energy, consider these two sentences:
Let’s say that if the energy of hydrogen and of oxygen were stored as energy in water, we could find a place to keep a molecule of them.
If there’s a place to store the energy, then the energy is in a molecule of water. So let’s say that water is made up of a single hydrogen atom with four oxygen atoms. Then we can keep a molecule of hydrogen and four oxygen atoms. We may not need them, but we can use them; they don’t exist as molecules in our bodies.
But what about an atom like mercury, which is made up of three atoms of hydrogen and one of oxygen? There are other forms of water that have three or more atoms of hydrogen. They are all molecular bonds, just as our water molecules.
You can also find forms of water where two or more atoms are formed of molecular energy – such as in ice crystals or in a solid composed mostly of hydrogen and helium. The water in these cases can be very strongly affected by how it is heated. The water in these form is called “h2o” because you can feel that the energy is trapped in the water.
Water is a strong, molecular bond material: its molecules are almost entirely of molecular energy. It is a good conductor; in fact, it has a very high reactivity to heat – up
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