no
In the short run, a lemon. For the carbs, and in the long run, a potato.
Potatoes store energy in the form of carbohydrates, such as starch. When the potato undergoes cellular respiration, the stored energy is released as ATP, which is used by the plant for growth and metabolic processes.
The sun will eventually run out hydrogen at its core, which is the source of energy, so it will die, but it will not explode.
Potato chips can't run at all.
You could eat it. The calories in it are a measure of the energy it stores for nutrition. You could, perhaps, dry it and then burn it for heat. Bit of a waste of a good potato if you ask me. You could stick a length of copper and a length of zinc into it and use it to provide electrical energy. It's not as good as lemons, but it still works. It occurs to me that if you throw the potato, it will have kinetic energy but the energy has been put into the potato by your arm, so that probably doesn't count.
Eventually, extreme weather systems ultimately run out of energy. hurricanes eventually dissipate, tornados are short-lived, and thunderstorms run out of power.
Yes, a potato is where the potato plant has stored it energy to produce a new potato plant in the next growing season. A potato is therefore an energy store and when you eat a potato this energy enters your body and you use it to heat your blood and to give you the power to move around.
yes, the potato would be the hgh energy electron
Attach a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato t to a potato to a potato to a potato to a potato to a potato to a potato to a potato a potato to a potato to a potato to a potato to a potato to a potato to a to a potato to a potato to a potato to a potato to a potato to a potato to a potato a potato to a potato to a potato to a potato to a potato to a potato to a to a potato to a potato to a potato to a potato to a potato to a potato to a potato a potato to a potato to a potato to a potato to a potato to a potato to a o a potato to a potato a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato to a potato a potato to a potato to a potato to a potato to a potato to a potato to a potato it's that simple
Energy of flame------->Utensil------->Water-------->Potato
Non-renewable energy sources like fossil fuels (coal, oil, natural gas) are finite and will eventually run out as they are extracted from the earth faster than they can be replenished. This is in contrast to renewable energy sources like solar, wind, and hydroelectric power, which are continuously replenished and will never run out.
Nuclear energy is non renewable energy because it would eventually run out.