show details, please **Unipolar Generator Explanation**The diagram illustrates a "unipolar" generator, which is composed of a rotating copper disk with a radius \( R \) within a uniform, steady magnetic field \( B \). This magnetic field is perpendicular to the disk and directed into the page. The magnetic field is generated by large coils with a constant current (not shown in the diagram). Sliding contacts are connected at the disk's center (on the axle) and the disk's rim, and these are linked to a voltmeter.**Diagram Analysis:**- The copper disk is depicted as a gray circle with radius \( R \).- A uniform magnetic field \( B \) is shown out of the page (denoted by a circle with a dot at the top of the disk).- The disk rotates counterclockwise with velocity \( \vec{v} \) (indicated by a green arrow along the rim's direction).- The sliding contacts are illustrated by black and red lines connecting the center and the edge of the disk to a voltmeter.- The voltmeter is represented by a gray box with a question mark symbol inside, indicating the measurement input is to be determined.**Problem Instructions:**(a) **Draw the charge distribution.**- Identify regions of positive and negative charges on the disk due to its rotation in the magnetic field.(b) **Explain your reasoning.**- Provide a detailed explanation of the physics and concepts behind the charge distribution observed on the rotating disk, using principles such as electromagnetic induction and the Lorentz force.

An electrically conductive disc or cylinder moving in a plane perpendicular to a homogeneous static magnetic field makes up a unipolar generator, a DC electrical generator. With an electrical polarity that is dependent on the direction of rotation and the field orientation, a potential difference is produced between the disc's center and its rim. Another name for it is a homopolar generator. A continuous charge distribution occurs when the charge is evenly spread throughout a conductor. In a continuous charge distribution, there is no room between any of the infinitely many charges since they are so densely packed together.a) Charge Distribution:- b) The disk is comprised of the conducting material copper, and because it is revolving counterclockwise under a magnetic field, the electrons will be forced toward the center. Positive charges will appear on the rim of the disk, as indicated in the picture, while negative charges will appear in the disk's center. The atom, which includes the electron and proton, makes up the disk. Now that the disk is spinning, the Lorentz Force "F" is present.F=qV×B. The force is always perpendicular to V and B. Hence the force on the proton acts outwards to the axel and similarly, an opposite force acts on the electron towards the axel. The forces acting on the electron will follow Fleming's left-hand rule as they move in that direction, leaving an equal positive charge on the disk's rim.