there is an increase in entropy in the universe.
In a classical closed system, energy is neither created nor destroyed. The total amount of energy remains constant.
Technology not being perfect, some energy is always lost to heat, whatever transformation one tries to do.
heat is dissipated
Heat
it depends on conversion. wind to wind energy. Sun to solar Energy. and water to hydro have no loss only gained but on other hand electric to heat energy like also some heat will be lost. in nuclear energy some energy also lost during conversion.
Total energy is always conserved. What is lost is that usually, some useful energy is converted into unusable energy - for example, heat that is spread out.
some negatives of wave power is that the devices built to harness the energy of the waves are not adiquite enough to do so. So lots of energy is lost and some is gained. some negatives of wave power is that the devices built to harness the energy of the waves are not adiquite enough to do so. So lots of energy is lost and some is gained.
Yes, light production always involves some other energy being transformed into light energy.
Heat
Some energy is changed to heat and lost. The main energy is still be converted to light beam.
depending on the type of collisiontype in Google(Collision Types) and readwhen molecule collide with other moleculeit may loose some energy and the other will gain it in form ofkeniticenergy and speed upif the lost energy =the gained energy in the other molecule it will be elastic collisionand if the lost energy isn`tequal to the gained energy ( some energy transformed to other form as sound ) so it won`tbe elastic collision
it depends on conversion. wind to wind energy. Sun to solar Energy. and water to hydro have no loss only gained but on other hand electric to heat energy like also some heat will be lost. in nuclear energy some energy also lost during conversion.
Total energy is always conserved. What is lost is that usually, some useful energy is converted into unusable energy - for example, heat that is spread out.
some negatives of wave power is that the devices built to harness the energy of the waves are not adiquite enough to do so. So lots of energy is lost and some is gained. some negatives of wave power is that the devices built to harness the energy of the waves are not adiquite enough to do so. So lots of energy is lost and some is gained.
depending on the type of collisiontype in google(Collision Types) and readwhen molecule collide with other moleculeit may loose some energy and the other will gain it in form ofkeniticenergy and speed upif the lost energy =the gained energy in the other molecule it will be elastic collisionand if the lost energy isn`tequal to the gained energy ( some energy transformed to other form as sound ) so it won`tbe elastic collision
The Law of Conservation of Energy states that energy is neither created nor destroyed but remains constant in a given system. Therefore, wouldn't calorimetry make use of it because the energy gained/lost by the water would cancel out the energy lost/gained by the substance and result in no change overall? The Law of Conservation of Energy states that energy is neither created nor destroyed but remains constant in a given system. Therefore, wouldn't calorimetry make use of it because the energy gained/lost by the water would cancel out the energy lost/gained by the substance and result in no change overall?
No energy is lost, they're all simply transformed or dissipated into something else. Whether it's usable or not is another question. For instance, no machine will ever be able to completely use all of it's energy productively, some will always be disspated as heat energy or sound, etc.
Yes, light production always involves some other energy being transformed into light energy.
Yes, some energy is always lost, in most conversions.Yes, some energy is always lost, in most conversions.Yes, some energy is always lost, in most conversions.Yes, some energy is always lost, in most conversions.
Yes. Some territory was gained on one side, and none was lost on either side.