Respuesta :
Answer:
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The water molecule is composed of three atoms: an oxygen atom and two hydrogen atoms. Very strong electromagnetic forces hold the atoms inside the molecule.
A parallel electromagnetic attraction exists between the molecules individually. Water molecules are constantly moving and continuously form and break bonds with other molecules. As the temperature rises, the molecules move faster and the bonds weaken, changing their state to gas. This is called the boiling point. At this stage, the distance between water molecules is large and intermolecular bonds are almost non-existent.
Explanation:
At a particular level when the temperature of the water is constant, the addition of alloy will result in the increase in temperature of the water as the molecules start to move more vigorously.
The water molecules have been in constant motion at a temperature, The movement of the water molecules will result in the energy of the solution, The addition of alloy to the water will add more constituent elements to the sample. The addition will result in the molecules moving faster with the increased collision, This will result in the elimination of more energy.
The increase in the energy of the water system with the addition of alloy will result in the vigorous movement of the molecules, The vigorous movement will conclude to the change in the temperature of the water system.
For more information about the temperature change, refer to the link:
https://brainly.com/question/23321537
