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Static electricity refers to the accumulation of electric charges on the surface of an object. These charges can be positive or negative. Negative electrons are the subatomic particles that carry a negative charge and are often involved in the build-up of static electricity on objects.
It is positive to negative.
Charge
The object would have a negative charge. Negative particles, such as electrons, carry a negative charge when they outnumber the positive particles, such as protons.
It goes negative to positive.
The object would have a negative charge if it has more negative particles than positive particles. This is because the excess negative particles result in an overall negative charge.
The electricity flows out the negative terminal, through the work load, and back into the positive terminal. It consists of negative electrons. In the early days of electrical experimenting, the scientists had to guess as to whether the electric flow was positive particles or negative particles. They had no way to test. They guessed positive. They were wrong. So we have inherited a definition of current as positive fluid going from positive terminal (outside the battery now) to negative terminal. We have stayed with that convention even though we know better today. It makes no difference at the circuit level. Positive particles flowing rightward has the same effect as negative particles flowing leftward. Of course, if you are designing batteries, you will want to know what flows which way.
Electrons are the particles that move when electricity flows through a circuit. They carry a negative charge and flow from the negative terminal of the power source to the positive terminal.
No it is a positive connotation.
Negative charge = electron Positive charge = positron Positive charge = proton
Positive and negative electricity can come together through the process of electrical neutralization, which involves the transfer of electrons between the positive and negative charges until they reach a balanced state. This can occur through the interaction of positively and negatively charged particles, resulting in a state of overall neutrality.
Any "object" larger than elementary particles consists of positive and negative charges. If your object has a negative charge, it simply has more particles with a negative charge than particles with a positive charge.