vault backup: 2023-11-13 14:23:48

Algo/B2/Exercises/Imperative exercise.md

@@ -8,6 +8,34 @@ def sum_digits (n: int) -> int:
 	b = (n//10)%10
 	c = n%10
 	return (a+b+c)
+
+def product_digits (n):
+	a = n//10
+	b = (n//10) % 10
+	c = n % 10
+	return (a*b*c)
+
+def abs (n):
+	if n > 0:
+		return n
+	else:
+		return (-1)*n
+
+def loop (n):
+	n = abs(n)
+	if (sum_digits(n) == product_digits(n)):
+		return n
+	else
+		return loop(n+1)
 ```
 
 ## Exercise 2:
+```python
+def max3 (x: int, y: int, z: int) -> int:
+	if ((x > y) and (x > z)):
+		m = x
+	elif ((y > x) and (y > z)):
+		m = y
+	elif ((z > x) and (z > y)):
+		m = z
+	return m