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Objects become charged when electrons move from object to another
when a negatvely charged object touches a neutrally charged object electrons move to the neutraly charged object making it negativly charged!
The process by which hair itself becomes statically charged is a bit involved to understand, but if you will admit this, notice that each hair may individually become charged, and therefore the many thousands of hairs on your head, with their large surface area, may carry a lot of charge.
objects loos or gain an electron. There are may ways for this to happen, from friction (combing your hair) to electrical reactions like ionizing radiation.
if some of the positive charges have been either chemically removed or bonded together, that is how they become negatively charged...................... xoxo
yes
how objects become charged by friction
Objects become charged when electrons move from object to another
Some ways in which an object can become charged are friction, contact and induction.
By loosing and gaining an electron.
To become negatively charged, an object must gain electrons from another object
when a negatvely charged object touches a neutrally charged object electrons move to the neutraly charged object making it negativly charged!
Losing electrons the positive charges become bigger than negative charges.
The process by which hair itself becomes statically charged is a bit involved to understand, but if you will admit this, notice that each hair may individually become charged, and therefore the many thousands of hairs on your head, with their large surface area, may carry a lot of charge.
objects loos or gain an electron. There are may ways for this to happen, from friction (combing your hair) to electrical reactions like ionizing radiation.
if some of the positive charges have been either chemically removed or bonded together, that is how they become negatively charged...................... xoxo
-- The mutual gravitational forces of attraction between the objects change. -- If the objects are statically charged, then the mutual electrical forces between them change. -- From the point of view of either object, the other one appears to become larger or smaller. -- It becomes either easier or more difficult for them to hear each other. -- The precise distance between them changes from a constant to a function of time, with a non-zero first derivative and possibly higher-order derivatives as well, too.