Electronics - Voltage and Current - Discussion

Discussion Forum : Voltage and Current - General Questions (Q.No. 30)
30.
Current is considered as the movement of:
electrons
protons
charge
nuclei
Answer: Option
Explanation:
No answer description is available. Let's discuss.
Discussion:
16 comments Page 1 of 2.

Saurav mohan said:   1 decade ago
Answer must be charge. Because in semiconductors current is due to holes and electrons both. Holes are the absence of electrons which keeps shifting to give a flow of current. Hall experiment has also proved that holes exist. Hole is actually a controversial concept. And in electrolytic batteries current arises due to flow of ions.

Nidhya said:   1 decade ago
But if you considered p-type semiconductor or uni polar device lik mosfet the current is due to flow of holes(+ve charge)too. so why can't the answer be option c ie charge?

Gopiram Verma said:   1 decade ago
Hole is a vacancy means absence of -ve charge, which is created at the place of electron when it leaves its original place, it's not a particle like proton.

Akhilsree said:   1 decade ago
Current is nothing but flow of charge not only electrons. If we consider electrolyte in which current is due to the flow of ions rather than electrons.

Chandru said:   7 years ago
Current is nothing but flow of charges not an electron, but electron flow will be call it as charge. So the answer is charge.

Renuka said:   1 decade ago
Current is flowing of charge particles. Here not mention the conventional current and electric current so answer is charges.

Keshav devale said:   1 decade ago
Current is defined as flow of charge. The electrons charge is negative (-) to flow the negative to positive.

Jayanth said:   1 decade ago
Uni-polar means it can carry only one type of charge carriers so he doesn't ask one type charge carrier.

Ashutosh singh said:   1 decade ago
Electronics engineering deals with the movement of electron and holes both so the answer must be charge.

Ashu said:   1 decade ago
Electrical current flow is the movement of electron from lower to higher potential.


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