Calculate Falling Distance Under Gravity for Each Second

Program Overview

This Python program reads the fall time from the user and calculates the falling distance at each second using the formula:
distance = ½ × g × t²
The gravitational acceleration g is set to 9.8 m/s².

Python Code:

def falling_distance(g: float, t: int) -> float:
    return 0.5 * g * t**2

# Read fall time from user
max_time = int(input("Enter fall time (in seconds): "))
g = 9.8  # gravity acceleration

print("Falling distance at each second:")
for t in range(0, max_time + 1):
    d = falling_distance(g, t)
    print(f"t = {t} sec → distance = {d:.2f} meters")

Sample Output (input: time = 5):

t = 0 sec → distance = 0.00 meters  
t = 1 sec → distance = 4.90 meters  
t = 2 sec → distance = 19.60 meters  
t = 3 sec → distance = 44.10 meters  
t = 4 sec → distance = 78.40 meters  
t = 5 sec → distance = 122.50 meters