Initial work

CS1032/practical-2023-10-18/fn1.py

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+def trapezium_area(w1, w2, h):
+    return h * (w1 + w2) / 2
+
+w1 = int(input("Width of the top:    "))
+w2 = int(input("Width of the bottom: "))
+h = int(input("Height:              "))
+print(f"Area is {trapezium_area(w1, w2, h)}")

CS1032/practical-2023-10-18/fn2.py

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+def bmi(weight, height):
+    return weight * height ** -2 
+
+def bmi_category(bmi):
+    if bmi < 18.5:
+        return "underweight"
+    elif bmi < 25:
+        return "healthy"
+    elif bmi < 30:
+        return "overweight"
+    elif bmi < 40:
+        return "obese"
+    else:
+        return "severely obese"
+
+weight = float(input("Weight? "))
+height = float(input("Height? "))
+bmi = bmi(weight, height)
+print(f"BMI is {bmi:.3}")
+print(f"The BMI is in the {bmi_category(bmi)} category")

CS1032/practical-2023-10-18/fn3.py

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+def exp(n, p):
+	if p == 0: return 1
+	return n * exp(n, p - 1)
+
+base = float(input("Base? "))
+power = int(input("Exponent? "))
+print(exp(base, power))

CS1032/practical-2023-10-18/task1.py

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+import random
+
+randnumber = random.randint(1, 50)
+
+while True:
+    mynumber = int(input("Please enter a value: "))
+    if randnumber == mynumber:
+        print("[perfect guess, you won....")
+        break

CS1032/practical-2023-10-18/task2.py

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+for i in range(10, 0, -1):
+    print(i)

CS1032/practical-2023-10-18/task3.py

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+# If the example output is intended
+terms = int(input("Enter the Total Number of Terms:\n"))
+for i in range(16):
+    print(f"2 raised to the power {i} is {2 ** i}")