Create app.py

app.py

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+print("If velocity value is positive, object is travelling to the right.")
+print("If velocity value is negative, object is travelling in the opposite direction to the left.")
+
+# Ask for input for initial velocity, u
+u = float(input("Enter the initial velocity (u) in metres per second: "))
+if u < 0:
+    d = "travelling to the left"
+elif u > 0:
+    d = "travelling to the right"
+elif u == 0:
+    d = "at rest"
+
+# Ask for input for final velocity, v
+v = float(input("Enter the final velocity (v) in metres per second: "))
+if v < 0:
+    d = "travelling to the left"
+elif v > 0:
+    d = "travelling to the right"
+elif v == 0:
+    d = "at rest"
+
+# Print the values to confirm
+print(f"Initial velocity (u): {u} m/s means object is {d} with a speed of {abs(u)} m/s.")
+print(f"Final velocity (v): {v} m/s means object is {d} with a speed of {abs(v)} m/s.")
+
+if u < 0:
+    if v == u:
+        print("u < 0, v = u")
+        print("Object was initially travelling to the left.")
+        print("Object continued travelling to the left with constant speed.")
+    elif v < u:
+        print("u < 0, v < u")
+        print("Object was initially travelling to the left.")
+        print("Object continued travelling to the left, accelerated and increased its speed.")
+    elif v == 0:
+        print("u < 0, v = 0")
+        print("Object was initially travelling to the left.")
+        print("Object continued travelling to the left, decelerated, decreased its speed and stopped.")
+    elif v > u and v < 0:
+        print("u < 0, v > u and v < 0")
+        print("Object was initially travelling to the left.")
+        print("Object continued travelling to the left, decelerated and decreased its speed.")
+    elif v > u and v > 0:
+        print("u < 0, v > u and v > 0")
+        print("Object was initially travelling to the left.")
+        print("Object continued travelling to the left, decelerated, decreased its speed and stopped.")
+        print("Object then accelerated and travelled to the right.")
+elif u > 0:
+    if v == u:
+        print("u > 0, v = u")
+        print("Object was initially travelling to the right.")
+        print("Object continued travelling to the right with constant speed.")
+    elif v > u:
+        print("u > 0, v > u")
+        print("Object was initially travelling to the right.")
+        print("Object continued travelling to the right, accelerated and increased its speed.")
+    elif v == 0:
+        print("u > 0, v = 0")
+        print("Object was initially travelling to the right.")
+        print("Object continued travelling to the right, decelerated, decreased its speed and stopped.")
+    elif v < u and v > 0:
+        print("u > 0, v < u and v > 0")
+        print("Object was initially travelling to the right.")
+        print("Object continued travelling to the right, decelerated and decreased its speed.")
+    elif v < u and v < 0:
+        print("u > 0, v < u and v < 0")
+        print("Object was initially travelling to the right.")
+        print("Object continued travelling to the right, decelerated, decreased its speed and stopped.")
+        print("Object then accelerated and travelled to the left.")
+elif u == 0:
+    if v == u:
+        print("Object was initially at rest.")
+        print("u = 0, v = u")
+        print("Object continued resting.")
+    elif v > u:
+        print("Object was initially at rest.")
+        print("u = 0, v > u")
+        print("Object accelerated and increased its speed to travel to the right.")
+    elif v < u:
+        print("Object was initially at rest.")
+        print("u = 0, v < u and v < 0")
+        print("Object accelerated and increased its speed to travel to the left.")