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The dipole moment of water gives it the electrostatic charge needed to interact with other materials. The oxygen, which is highly reactive, has the greater electronegative charge than the hydrogen, which by comparison has a slight positive charge. Elements which are more electropositive than hydrogen such as lithium, sodium, calcium, potassium and cesium displace hydrogen from water, forming hydroxides. Being a flammable gas, the hydrogen given off is dangerous and the reaction of water with the more electropositive of these elements is violently explosive. Water thus can bond to a wide variety of elements and molecules and change too as a result. As a result of the dipole moment, water has a strong surface tension. Under the right conditions of temperature, this dipole moment will allow water to form a solid. But this solid state comes in a variety of forms due to quantum phase state changes from slush to hard ice. Ice can exist in a form where the alignment of water molecules will allow the solid state to float on the liquid state. This is the familiar form of ice we see in ice cubes and ice burgs. Under extreme pressure, a hot ice can form that will not float. This type of ice exists only where pressure is extreme enough to solidify it even at high heat. It is thought that on water worlds where there is no land surface above the water that are Earth mass or more, hot ice exists at the bottom where water rests on rock or metal. This ice forms under pressure and has a different structure than the ice we are familiar with. Experiments on Earth that involve water at extreme pressure demonstrate that this hot ice can exist. If we heat this ice considerably and suddenly release the pressure, a huge explosion will result.

On Earth, a combination of factors keeps most of the water in a liquid state. It thus is able under mainly solar influence to be involved in the hydrologic cycle to move through the gaseous, liquid and solid states.

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