diff --git a/Roadmap/22 - FUNCIONES DE ORDEN SUPERIOR/python/h4ckxel.py b/Roadmap/22 - FUNCIONES DE ORDEN SUPERIOR/python/h4ckxel.py
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+++ b/Roadmap/22 - FUNCIONES DE ORDEN SUPERIOR/python/h4ckxel.py	
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+"""Explora el concepto de funciones de orden superior en tu lenguaje
+creando ejemplos simples (a tu elección) que muestren su funcionamiento"""
+from math import sqrt, pow
+from datetime import datetime
+
+
+def right_triangle(func, triangle: dict):
+    return func(triangle)
+
+
+def triangle_area(triangle: dict) -> float:
+    adjacent = triangle.get('adjacent')
+    opposite = triangle.get('opposite')
+    area = (adjacent * opposite) / 2
+    return area
+
+
+def triangle_hypotenuse(triangle: dict) -> float:
+    adjacent = triangle.get('adjacent')
+    opposite = triangle.get('opposite')
+    hypotenuse = sqrt(pow(adjacent, 2) + pow(opposite, 2))
+    return hypotenuse
+
+
+triangle_definition = {'adjacent': 3, 'opposite': 4}
+print(f'Triangle definition\n'
+      f'Adjacent side: {triangle_definition["adjacent"]}\n'
+      f'Opposite side: {triangle_definition["opposite"]}')
+
+# Found the area of a triangle
+example_area = right_triangle(triangle_area, triangle_definition)
+print(f'The area of the right triangle is {example_area}')
+
+# Found the hypotenuse of a triangle
+example_hypotenuse = right_triangle(triangle_hypotenuse, triangle_definition)
+print(f'The hypotenuse of the right triangle is {example_hypotenuse}')
+
+
+"""DIFICULTAD EXTRA (opcional):
+Dada una lista de estudiantes (con sus nombres, fecha de nacimiento y 
+lista de calificaciones), utiliza funciones de orden superior para 
+realizar las siguientes operaciones de procesamiento y análisis:
+- Promedio calificaciones: Obtiene una lista de estudiantes por nombre y promedio de sus calificaciones.
+- Mejores estudiantes: Obtiene una lista con el nombre de los estudiantes 
+que tienen calificaciones con un 9 o más de promedio.
+- Nacimiento: Obtiene una lista de estudiantes ordenada desde el más joven.
+- Mayor calificación: Obtiene la calificación más alta de entre todas las de los alumnos.
+- Una calificación debe estar comprendida entre 0 y 10 (admite decimales)."""
+
+
+students = [
+    {"name": "Andres", "dob": "2000-01-01", "grades": [5.0, 7.0, 3.5]},
+    {"name": "Brandon", "dob": "2002-02-02", "grades": [10, 9.8, 9.0]},
+    {"name": "Ash", "dob": "2001-05-05", "grades": [8.5, 9.0, 7.5]},
+    {"name": "Seiya", "dob": "2001-10-10", "grades": [9.4, 9.0, 8.6]},
+    {"name": "Alpha", "dob": "2000-12-25", "grades": [7.0, 6.5, 6.0]},
+]
+
+
+def students_gpa(students_list: list) -> list:
+    students_gpa_list = list()
+
+    for student in students_list:
+        student_grades = student['grades']
+        gpa = round((sum(student_grades) / len(student_grades)), 2)
+
+        students_gpa_list.append({'name': student['name'], 'gpa': gpa})
+
+    return students_gpa_list
+
+
+def best_gpa(student_gpa: list) -> list:
+    bets_students_list = list()
+
+    for student in student_gpa:
+        gpa = student['gpa']
+        if gpa >= 9.0:
+            bets_students_list.append({'name': student['name'], 'gpa': gpa})
+
+    return bets_students_list
+
+
+def best_student(best_students_list: list) -> list:
+    highest_gpa = max(student['gpa'] for student in best_students_list)
+    best_students = [{'name': student['name'], 'gpa': student['gpa']} for student in best_students_list if
+                     student['gpa'] == highest_gpa]
+    return best_students
+
+
+def sort_list_by_age(students_list: list) -> list:
+    def get_dob(student):
+        return datetime.strptime(student['dob'], '%Y-%m-%d')
+
+    sorted_students = sorted(students_list, key=get_dob, reverse=True)
+    return sorted_students
+
+
+def students_grades_functions(get_gpa, get_best_gpa, get_best_student, get_sorted_student_list, students_list: list):
+    # Get a list of students with their gpa
+    student_gpa_list = get_gpa(students_list)
+
+    # Get a list of the best gpas
+    best_gpa_list = get_best_gpa(student_gpa_list)
+
+    # Get a list of the best student
+    best_student = get_best_student(best_gpa_list)
+
+    # Get a list of students sorted by age
+    sorted_student_list = get_sorted_student_list(students_list)
+
+    return student_gpa_list, best_gpa_list, best_student, sorted_student_list
+
+
+gpa_list, best_gpa, higher_gpa, sorted_list = students_grades_functions(students_gpa, best_gpa, best_student, sort_list_by_age, students)
+print('**** List of students with their gpa ****')
+print(gpa_list)
+print('**** List of best gpa ****')
+print(best_gpa)
+print('**** Best gpa ****')
+print(higher_gpa)
+print('**** Sorted list ****')
+print(sorted_list)