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AL2006
You'll hear that force called different things in different places. It
may be called "electromotive force", "EMF", "potential difference",
or "voltage".

It's just a matter of somehow causing the two ends of the wire
to have different electrical potential. When that happens, the
free electrons in the copper suddenly have a burning desire to
travel ... away from the end that's more negative, toward the end
that's more positive, and THAT's an "electric current".
snehashish65

The force produced by the battery to cause flow of current is known as Electromotive Force or EMF.

The given problem is based on the concept of Electromotive Force also known as EMF. An EMF or Electromotive Force is a maximum work done per unit of charge to take from one point to the another.

In other words, an EMF provides energy which does the work to move the charges entities from one point to the another. In an electronic device, there often exist some potential difference within the points. So, the EMF is given as,

[tex]V=E + I R[/tex]

here,

I is the flow of current due to moving charge.

E is the induced EMF.

R is the resistance.

Thus, we can conclude that the force produced by the battery to cause flow of current is known as Electromotive Force or EMF.

Learn more about the electromotive force here:

https://brainly.com/question/16611636

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