Instructions:

$1.$ Create a program with MATLAB using the for$-$loop command or a nested for$-$loop to create a matrix with the required data.

$2.$ The user will enter the land space dimension for a selected species, then select another species and at least $3$ of the species and your code will compute the amount of seed that the space and the species support.

$3.$ Develop the formula using the data given depending on the user's selections.

$4.$ Allow the user to receive a table with the results.

$5.$ Create the flowchart with the title Loop Seed that represents your program.

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Situation $($Ecohortum$,2015)$:

The farmers and botanists present the dilemma of calculating the amount of land dedicated to each crop taking into account the distance between each plant and each row of sowing.

Choose between vegetables or herbs aromatic.

The program will allow the user to select the species and calculate the amount of seed that the land allows assuming that $100\%$ of the seeds will germinate. The user will receive the calculation according to their selections.

$\backslash$table$[[$Vegetables$],[$Species$,\backslash$table$[[$distance$],[$between$],[$plants $($cm$)]],\backslash$table$[[$distance$],[$between$],[$rows $($cm$)]]],[\backslash$table$[[$Green Chili$],[($Italian$)]],25,50],[$Celery$,30,60],[$Zucchini$,50,100],[$Onion$,12,30],[$Col$,45,50],[$Lettuce$,20,30],[$Potatoes$,20,80],[$Tomato$,30,70],[$Carrot$,8,20]]$

$\backslash$table$[[$Aromatics$],[$Species$,\backslash$table$[[$distance$],[$between$],[$plants $($cm$)]],\backslash$table$[[$distance$],[$between$],[$rows $($cm$)]]],[$Basil$,15,30],[$Cilantro$,15,20],[$Dill$,15,20],[$Tarragon$,15,20],[\backslash$table$[[$Spearmin$],[$t$]],25,50],[$Oregano$,15,20],[$Parsley$,15,20],[$Thyme$,15,20]]$