Final answer:
To graphically find real roots of a system of transcendental equations using MATLAB, the ezplot or fimplicit functions can be employed, plotting the equations and identifying their intersections.
Step-by-step explanation:
When using MATLAB to graphically represent all real roots of a system of transcendental equations, one can utilize utilities like ezplot or fimplicit.
To represent real roots using Two-Dimensional (x-y) Graphing, these functions allow for the visualization of the solution set of the equations involved.
The process involves graphing each equation on the same plot and looking for intersection points which correspond to the system's solutions.
These points will visually display the real roots of the equations.
Expressing Equations Graphically is important in understanding the potential solutions of an equation, especially when dealing with quadratic equations constructed on physical data, which often yield real roots of significance.