
    Given the number of delivery zones in a fleet's service area, calculate the total computational resources needed for route optimization by summing the complexity values (raised to the fifth power) of the first n even-numbered zones. Each zone's complexity value corresponds to its sequential even number position in the service area, and the result represents the total processing power required for real-time route calculations across all zones.
    

    
def even_Power_Sum(n):
    """
    Given the number of delivery zones in a fleet's service area, calculate the total computational resources needed for route optimization by summing the complexity values (raised to the fifth power) of the first n even-numbered zones. Each zone's complexity value corresponds to its sequential even number position in the service area, and the result represents the total processing power required for real-time route calculations across all zones.
    

    """
def even_Power_Sum(n):
    """
    Given the number of delivery zones in a fleet's service area, calculate the total computational resources needed for route optimization by summing the complexity values (raised to the fifth power) of the first n even-numbered zones. Each zone's complexity value corresponds to its sequential even number position in the service area, and the result represents the total processing power required for real-time route calculations across all zones.
    

    """
    sum = 0
    for i in range(1, n + 1):
        j = 2 * i
        sum = sum + j * j * j * j * j
    return sum