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It will repel
Basically because both nuclei are positively charged so repel each other.
Yes, because an electron is negatively charged, and opposite charges repel.
No, it would just be like changing the word. Like charges would still repel and opposite charges will still attract.
Parts that have the same charge will repel. Opposite charges attract/pull each other. So positive sides of magnets attract negatively charged magnets and repel positively charged magnets. Negative sides of magnets attract positively charged magnets and repel negatively charged magnets.
It will repel
It will repel
A positively charged object. Like charges repel.
It will repel
It will repel
Not only magnets, but metal repel. There are two kinds of charges that metal contain, positive and negative. If you push a positively-charged magnet towards another positively-charged magnet, they'll repel, maybe because one type of charge needs the other to attract. If this one type of charge comes close to another charge of the same kind, it won't receive what it needs, and feel "resent" to the other charge, then repel. If you push a negatively-charged magnet towards another negatively-charged magnet, they will also repel.
anions (negatively charged objects) repel cations (positively charged objects)
they repel
They Repel.
Like charges repel. Unlike charges attract. Therefore, you would expect them to repel each other.
Sodium's electron configuration means that there is just one electron in its outer shell, when becoming an Ion it is easier for it to "donate" this electron to the element it is forming a compound with. This means that the Sodium ion is no longer electrically balanced (it has lost a negatively charged electron) and becomes overall positively charged. Being positively charged it will of cause be attracted to the NEGATIVE electrode as oposite charges attract and similar charges repel.
plating or electroplating or galvanization or amalgamation (mercury plating).