Lesson 4 homework assignment

week-4/assignment-4/mini_project.py

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+students = [
+    {"name": "Jazmine", "score": 88, "subject": "Python"},
+    {"name": "Luis",    "score": 74, "subject": "Data"},
+    {"name": "Sara",    "score": 91, "subject": "Python"},
+    {"name": "Marcus",  "score": 68, "subject": "Web"},
+    {"name": "Priya",   "score": 95, "subject": "Data"},
+    {"name": "Devon",   "score": 72, "subject": "Python"},
+    {"name": "Mia",     "score": 83, "subject": "Web"},
+    {"name": "Eli",     "score": 79, "subject": "Data"},
+]
+
+highest_score = 0
+highest_name = ""
+class_total = 0
+subjects = set()
+high_scorers = []
+
+for student in students:
+    score = student["score"]
+    class_total += score
+
+    if score > highest_score:
+        highest_score = score
+        highest_name = student["name"]
+
+    subjects.add(student["subject"])
+
+    if score > 75:
+        high_scorers.append(student["name"])
+
+class_average = class_total / len(students)
+
+print(f"Top scorer:       {highest_name} ({highest_score})")
+print(f"Class average:    {class_average:.1f}")
+print(f"Subjects offered: {subjects}")
+print(f"High scorers:     {high_scorers}")

week-4/assignment-4/warmup1.py

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+numbers = [1, 2, 3, 4, 5, 6, 7, 8]
+
+print(f"First: {numbers[0]}")
+print(f"Last: {numbers[-1]}")
+print(f"Middle: {numbers[2:6]}")
+
+reversed_numbers = []
+
+for index in range(7,-1,-1):
+    reversed_numbers.append(numbers[index])
+
+print(f"Reversed: {reversed_numbers}")

week-4/assignment-4/warmup2.py

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+student = {"name": "Eduardo", "grade": 100, "subjects": ["math", "science", "english"]}
+
+for key, value in student.items():
+    print(f"{key}: {value}")
+
+student["graduated"] = False
+
+for key, value in student.items():
+    print(f"{key}: {value}")

week-4/assignment-4/warmup3.py

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+languages_one = ["english", "spanish", "madarin", "french"]
+languages_two = ["english", "spanish", "italian", "russian", "arabic"]
+
+languages_one_set = set(languages_one)
+languages_two_set = set(languages_two)
+
+print(f"Union: {languages_one_set.union(languages_two_set)}")
+print(f"Intersection: {languages_one_set.intersection(languages_two_set)}")
+print(f"Difference: {languages_one_set.difference(languages_two_set)}")
+