A potato has chemical energy (food energy) stored within it. If you eat it, you will eventually use this energy.
As a potato chip falls, it has gravitational potential energy, which is the energy stored in an object based on its position above the ground. This potential energy is converted to kinetic energy as the chip accelerates downwards due to gravity.
To convert energy consumption from Joules to watts, divide by the number of seconds in a day (86,400). The rate of energy consumption for the couch potato would be 69.4 watts.
The energy that makes you move is called kinetic energy. It is the energy associated with an object in motion.
Electricity is the type of energy that makes lighting and heating possible.
A device that makes energy easier to use could be a power converter or energy transformer that changes the form of energy (such as from mechanical to electrical) for more efficient use.
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.
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
Potatoes, or the portion of the potato plant we eat, are actually roots. As such, they aren't exposed to sunlight, and since chloroplasts require sunlight to convert energy, it makes sense that the potato cell doesn't have any. The green shoots that go above ground for the potato plant do have chloroplast.
Starch is a way of storing chemical energy for laster use; like freezing fuel into solid pieces which can be thawed and burnt or used in vehicles later on.
no
no it lost all of its energy and acidic content (unless you secretly put a battery in the potato
the juice make the energy work.
The best potato for baking is the Russet potato because it has a high starch content, which makes it fluffy and light when baked.
As a potato chip falls, it has gravitational potential energy, which is the energy stored in an object based on its position above the ground. This potential energy is converted to kinetic energy as the chip accelerates downwards due to gravity.