In the case of potential energy, what matters is the difference in potential energy. Any "absolute potential energy" is an arbitrary definition. If you define a certain reference height as "zero height" and therefore "zero potential energy", anything above that would have a positive potential energy (as compared to the reference height), anything lower would have a negative potential energy. In Astronomy, for conveniencen, two objects at an infinite distance are often defined as having zero potential energy - thus, by definition, anything closer by would have a negative potential energy.
In the case of potential energy, what matters is the difference in potential energy. Any "absolute potential energy" is an arbitrary definition. If you define a certain reference height as "zero height" and therefore "zero potential energy", anything above that would have a positive potential energy (as compared to the reference height), anything lower would have a negative potential energy. In Astronomy, for conveniencen, two objects at an infinite distance are often defined as having zero potential energy - thus, by definition, anything closer by would have a negative potential energy.
In the case of potential energy, what matters is the difference in potential energy. Any "absolute potential energy" is an arbitrary definition. If you define a certain reference height as "zero height" and therefore "zero potential energy", anything above that would have a positive potential energy (as compared to the reference height), anything lower would have a negative potential energy. In Astronomy, for conveniencen, two objects at an infinite distance are often defined as having zero potential energy - thus, by definition, anything closer by would have a negative potential energy.
In the case of potential energy, what matters is the difference in potential energy. Any "absolute potential energy" is an arbitrary definition. If you define a certain reference height as "zero height" and therefore "zero potential energy", anything above that would have a positive potential energy (as compared to the reference height), anything lower would have a negative potential energy. In Astronomy, for conveniencen, two objects at an infinite distance are often defined as having zero potential energy - thus, by definition, anything closer by would have a negative potential energy.
Potential energy is a type of stored energy, which can be converted into other types of energy. Imagine, as an analogy, having 1000 dollar in your bank. You don't have it in form of cash (coins or banknotes) at that moment, but you have the "potential" (the possibility) of converting it into cash at any moment. Hence, you can rightfully say "I have a thousand dollars".
In the case of potential energy, what matters is the difference in potential energy. Any "absolute potential energy" is an arbitrary definition. If you define a certain reference height as "zero height" and therefore "zero potential energy", anything above that would have a positive potential energy (as compared to the reference height), anything lower would have a negative potential energy. In Astronomy, for conveniencen, two objects at an infinite distance are often defined as having zero potential energy - thus, by definition, anything closer by would have a negative potential energy.
Pure water has a water potential of 0. Because pure water is as pure as one can explore, all other water potentials will have to be below zero, thus making it a negative number.
This indicates energy is released and the reaction is exothermic.
Electrons are the carriers of electrical activity. They are negatively charged. They come out of the batteries - terminal.
This would be, by definition, antimatter. It would equal the total energy output of regular matter.
you can tell if an electronic is an energy saver by looking for the energy star.
Negative side
This is because, they accept electrons into their electronic configuration
Their electronic configuration is similar to that of noble gases.
The charge on an electron is negative (by International Convention) - so electron energy is too
If, by electronic energy, you mean electrons then you don't convert it- that's what it is. Electricity is the flow of electrons from a negative terminal to a positive. In a wire it is delocalised electrons which are free to move
The positively charged fruit attracts the negative energy from acidic fruits. Building up a negative charge that can be repelled in the form of electronic energy.
It becomes a negative ion.
There is no such thing as "electronic energy". Electronic devices use normal electrical energy.
This would be, by definition, antimatter. It would equal the total energy output of regular matter.
you can tell if an electronic is an energy saver by looking for the energy star.
Yes, fruits do have acidic electro power just like lemons and oranges. Acidic electro power is the positivly charged fruit attracts the negative energy from acid fruits.Building up a negative charge that can be repelled in the form of electronic energy.
negative
The negative ion F has the same electronic configuration as the positive ion Li?
what I mean is, the alcubierre drive needs negative energy to work so what are the properties of negative energy
yes binding energy always negative