CODE IN MATLAB PLEASE!! The electric potential $V$ at a field point $(x_0,y_0)$ resulting from multiple point charges $Q_n$ at

coordinates $(x_n,y_n)$ is given by the following formula:

$V=\frac{k{Q}_1}{r_1}+\frac{k{Q}_2}{r_2}+$cdots$+\frac{k{Q}_N}{r_N}$

where,

$Q_n$ Charge magnitude

$k$ constant

$r_n$ distance between the field point and

the charge $Q_n$

Create a PointCharge class that has properties called cMag,$xCr,$ yCoor that holds the

charge magnitude, $x$ coordinate and y coordinate of a specific charge respectively. Then create a

ElectricField class that has properties called fieldCharges and elecPotential. fieldCharges

holds an array of pointCharge objects. The ElectricField class definition should include a

constructor method that accepts an $n3$ array that contains the charge magnitude, $x$ coordinate,

and $y$ coordinate of the $n$ charges in the field. Also implement an additional method called

calcElecPot that calculates the electric potential at a specified field point due to the point charge

objects stored in fieldCharges and initializes the elecPotential property with this value.

Test your implementation by creating an electric field consisting of two point charges of

magnitude $5C$ and $10C.$