Law of Conservation of Mass - A True Definition of the Law of Conservation of Mass

Law of Conservation of Mass - A True Definition of the Law of Conservation of MassThe legal definition of conservation of mass is that mass which remains constant throughout the duration of a given process. The conservation of mass in our equations or relationships can be defined in terms of Newton's third law of motion, conservation of energy and time and the conservation of angular momentum.We can also define this law as the mass of an object does not change during its time of motion. In the context of a work of art, you will most likely be concerned with the presence of a known quantity of mass, but we can still define the law to mean the mass of the artwork piece remains constant throughout its time of moving on the wall of your gallery.Conservation of mass can be further broken down into a second law of thermodynamics. A law of conservation of mass has the same effect on the environment as the first law of thermodynamics. The second law is basically a law of physics and the firs t law states the energy of a system cannot be created nor destroyed. Both laws are in effect, even though they do not appear as laws because they are in effect constant.It should be noted that the second law of thermodynamics is a higher order law than the first law of thermodynamics, therefore it gives more scope for change. For example, a known mass (such as a specified quantity in a formula) that remains constant throughout its duration of being pushed down a shaft by a piston in a machine that produces a fire. The second law of thermodynamics dictates that the fire's surface temperature will remain constant for the duration of the fire.The modern day definition of conservation of mass is simply defined as the rule that an object loses mass to its surroundings. An object's mass will be 'conserved' when its velocity with respect to the rest of the universe is less than the speed of light. This then forces the rest of the universe to create new matter in the form of a new object. I t is at this point that a discussion of the law of conservation of mass will begin.If the object is traveling at a constant speed with respect to the rest of the universe, its speed with respect to the rest of the universe will be smaller than the speed of light. Therefore, the mass of the object will be greater than the speed of light. A standard model of the universe, called the big bang model states that the universe was born from the explosion of a massive star that burned all of its fuel. The amount of matter that was allowed to 'burn' in the universe as a result of this explosion determines the age of the universe.We all know that the law of conservation of mass applies to all things, and this includes the laws of thermodynamics, the law of gravity, and the law of energy. These laws apply even if there is no specific evidence that they have been established.