
    Design a function to calculate the maximum cargo capacity of specialized triangular-shaped delivery vehicles used in the fleet, where the cargo space forms a triangular prism with length (l), base width (b), and height (h). The calculated volume will help optimize route planning and load distribution across the delivery fleet to maximize efficiency while adhering to vehicle capacity constraints.
    

    
def find_Volume(l, b, h):
    """
    Design a function to calculate the maximum cargo capacity of specialized triangular-shaped delivery vehicles used in the fleet, where the cargo space forms a triangular prism with length (l), base width (b), and height (h). The calculated volume will help optimize route planning and load distribution across the delivery fleet to maximize efficiency while adhering to vehicle capacity constraints.
    

    """
def find_Volume(l, b, h):
    """
    Design a function to calculate the maximum cargo capacity of specialized triangular-shaped delivery vehicles used in the fleet, where the cargo space forms a triangular prism with length (l), base width (b), and height (h). The calculated volume will help optimize route planning and load distribution across the delivery fleet to maximize efficiency while adhering to vehicle capacity constraints.
    

    """
    return l * b * h / 2