A cantilever I$-$beam is undergoing a uniformly distributed load $($w$)$and a concentrated force $($P$)$as shown in the figure. The top surface of the beam is instrumented by N $($N changes from $2$to $17)$strain gauges. Building on materials covered in lectures, find the location of the concentrated force and the magnitude of the distributed and concentrated loads using the sensor data. Write a Matlab or Python script $($or any other coding tool$)$that takes the data from each sensor set, and output the location, the magnitude of the concentrated force $($P$)$and the magnitude of the uniformly distributed load $($w$).$During the class presentation, you will be given a new set of data to test your code and generate the predictions.

Note that we need minimum number of sensors to determine the location and magnitudes, therefore, some data set may not have sufficient information. In this case, please output impossible to solve this problem.

Hint: A concentrated force changes the slope of the moment diagram in the beam at the location of the load. If the load is upward, the slope increases and vice versa. Therefore, first try to find where the slope of M$($x$)$diagram makes change. Calculate the values of P and w based on the estimated location of P and the moments of two stain gauges.

Please solve this problem with MATLAB.