A metallic conductor is loosely bound electrons called free electrons the metallic conductor is :-a)Positively chargedb)Negatively chargedc)Neutrald)Either Positivelyor Negatively chargedCorrect answer is option 'A'. Can you explain this answer?

Question

Answer

'when we talk about charge flowing (which caused e electrical )and is always -ve charge we are returning to it is such that is see electron I think from a point A to B. Then of course negative charge flow from it to be it can also be interpreted for +ve charge flowing from B to A . proton on the other hand can also in connector under that application of Voltage like electron loosly bounded do , as theY r tightly held inside the nucleus and considerably heavier. . . .hope it'll be help U●●●●●

Answer

A metallic conductor contains free electrons which means it has 1or 2 or 3 as its valanced electrons so it will give its electrons which makes it electropositive

Answer

Please give the reason.

Answer

Explanation:
A metallic conductor is a material that allows the flow of electric current due to the presence of loosely bound electrons called free electrons. These free electrons are not tightly bound to the atoms and are able to move freely within the material.

Positively Charged:
If a metallic conductor were positively charged, it would mean that it has an excess of positive charge. In this case, the free electrons within the conductor would be attracted towards the positive charge, resulting in a net flow of electrons towards the positively charged region. However, in a metallic conductor, the free electrons are able to move freely throughout the material, so they would quickly redistribute themselves and neutralize any localized positive charge. Therefore, a metallic conductor cannot be positively charged.

Negatively Charged:
Similarly, if a metallic conductor were negatively charged, it would mean that it has an excess of negative charge. In this case, the free electrons within the conductor would repel each other and move away from the negatively charged region, resulting in a net flow of electrons away from the negatively charged region. However, as mentioned earlier, the free electrons are able to move freely throughout the material, so they would redistribute themselves and neutralize any localized negative charge. Hence, a metallic conductor cannot be negatively charged.

Neutral:
A metallic conductor is considered neutral because it has an equal number of positive and negative charges. The positive charges come from the atomic nuclei, while the negative charges come from the free electrons. The presence of an equal number of positive and negative charges results in a net charge of zero, making the conductor neutral.

Either Positively or Negatively Charged:
Since a metallic conductor cannot hold a net charge due to the presence of free electrons that can move freely, it cannot be either positively or negatively charged. The free electrons quickly redistribute themselves to neutralize any localized charge, resulting in a conductor that is always electrically neutral.

Therefore, the correct answer is option 'A' - A metallic conductor is positively charged.

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