there is power hitting the face of the earth from the sun and universe emissions. and there is radiated power from the core and surface leaving earth. but if you do not look at those, it can be said that the amount of energy on this earth remains the same all the way down to the last thousandth of a joule (or deeper).
because the earth orbits in the same pattern.
The amount of carbon in the atmosphere should stay the same to maintain a balance in the Earth's climate and prevent negative impacts such as global warming and climate change.
The amount of crust present on Earth always stays the same. The amount of crust descending into the mantle is balanced by the amount of crust formed at mid-ocean ridges.
The mass of an object remains constant on Earth because mass is a measure of the amount of matter in an object, and this does not change based on the location or environment. Gravity affects weight, not mass, so an object's mass will stay the same regardless of where it is on Earth.
The total amount of energy stays the same during an energy transfer because of the law of conservation of energy, which states that energy cannot be created or destroyed, only transferred or converted from one form to another. This means that the total energy in a closed system remains constant.
Because you're eating and drinking the same amount of energy and fluid that you're using. (I.e everything is in balance).
Place it on a higher shelf. If it has to stay on the same shelf, then its potential energy can only be increased by adding some pages to it.
Remember . . . energy can neither be created nor destroyed. So, the energy transformation will result in the energy amount staying the same. Of course, some of the energy may be wasted in the form of heat, light, and so on.
Your mass would stay the same. Mass is the amount of matter in an object, so your mass would stay at 68kg.
nothing is constant in the earth.everything changes every second in the earth.
Energy can not be destroyed, so the total amount of energy before a change is equal to the amount of energy after the change. However, some energy is changed into a useful form, but some may be wasted and not used. For example, a light bulb, changes electrical energy into light energy, but some of the energy is changed to heat and some to sound, these are not useful and are wasted, but are changed nonetheless. So a transformation from mechanical energy to heat will have the same total energy at the start as at the finish, but unless it is 100% efficient some of the original energy will be 'lost'
Earth would stay the same