You are given a file containing data about multiple beams. Each line in the file represents data for one beam, formatted as follows:

                 Length YoungsModulus MomentOfInertia Load

• Length: The length of the beam in meters.
• YoungsModulus: The Young's modulus of the material in GPa (Gigapascals).

• MomentOfInertia: The moment of inertia of the beam's cross-section in m⁴ (meters to the fourth power).

• Load: The load applied to the center of the beam in kN (kilonewtons).

                 Example line:

                       5.0 210 0.0001 10

Note: The file name will be given as input.

Example Input File:

Develop a python program to read the file and calculate the following for each beam:

1. The maximum deflection at the center of the beam.
2. The maximum bending stress at the center of the beam.

Note: The following formulas can be used.

Maximum deflection (Dmax) : 

            Dmax = P L3 48 E I

             Dmax = \frac{PL^3}{48EI}

                 𝐼  - moment of inertia.

Maximum bending stress (Smax​)

     Smax = \frac{PL}{4I}

Please submit the flowchart diagram that illustrates the algorithm of your program here.