Question

an electron is moved around a proton at a fixed distance from it the work done is​

Answer 1

Answer:

work = force × distance

then ,force = ma

a be the acceleration,

find ,velocity and get acceleration then put in formula

work= m ×a × d

Answer 2

Answer:

An electron is moved around a proton at a fixed distance from it the work done is​ Zero.

Explanation:

A proton is orbited by an electron. If the electron's trajectory is any closed curve, the total work done in one revolution by electric force on the electron will be zero.

An electron orbits a proton in a radius $1$ orbit, producing a magnetic field of the center, and then determining the electron's angular velocity.

• Work done should b zero because motion between is circular so net displacement is zero.

        $W=F.d$

        $d=0$

        $W=0$

As a result, A proton is orbited by an electron. The total work done by electric force on the electron in one revolution will be zero.