Найдите ошибку в коде

Question

import math 
 
class BallisticMissile: 
    def init(self, initial_velocity, launch_angle): 
        self.initial_velocity = initial_velocity 
        self.launch_angle = launch_angle 
        self.gravity = 9.81 
        self.time_of_flight = 0 
        self.max_height = 0 
        self.horizontal_distance = 0 
 
    def calculate_flight(self): 
        time_to_peak = self.initial_velocity * math.sin(math.radians(self.launch_angle)) / self.gravity 
        self.max_height = (self.initial_velocity  2 * (math.sin(math.radians(self.launch_angle))  2)) / (2 * self.gravity) 
        self.time_of_flight = 2 * time_to_peak 
        self.horizontal_distance = self.initial_velocity ** 2 * math.sin(math.radians(2 * self.launch_angle)) / self.gravity 
 
    def print_results(self): 
        print(&#34;Results of the ballistic missile simulation:&#34;) 
        print(&#34;Time of flight: {:.2f} seconds&#34;.format(self.time_of_flight)) 
        print(&#34;Maximum height: {:.2f} meters&#34;.format(self.max_height)) 
        print(&#34;Horizontal distance traveled: {:.2f} meters&#34;.format(self.horizontal_distance))

высосите из пальца

Кирилл Сайфер · Answer

Там слов то нет что за набор букв, ты глупый?

Edge of Eternity · Answer

чат гпт для этого создали

♡$ⴎG@r₱u₷sყ♡ · Answer

Метод `__init__` должен иметь двойное подчёркивание с обеих сторон. В формуле максимальной высоты вместо `self.initial_velocity ** 2` использовано `self.initial_velocity  2`, что является синтаксической ошибкой. Правильно будет `self.initial_velocity ** 2`.

Дракошикина Заварка · Answer

import math

class BallisticMissile: 
    def __init__(self, initial_velocity, launch_angle):  # Changed 'init' to '__init__'
        self.initial_velocity = initial_velocity 
        self.launch_angle = launch_angle 
        self.gravity = 9.81 
        self.time_of_flight = 0 
        self.max_height = 0 
        self.horizontal_distance = 0

def calculate_flight(self): 
        time_to_peak = self.initial_velocity * math.sin(math.radians(self.launch_angle)) / self.gravity 
        self.max_height = (self.initial_velocity ** 2 * (math.sin(math.radians(self.launch_angle)) ** 2)) / (2 * self.gravity) # Fixed missing '**' for power
        self.time_of_flight = 2 * time_to_peak 
        self.horizontal_distance = self.initial_velocity ** 2 * math.sin(math.radians(2 * self.launch_angle)) / self.gravity

def print_results(self): 
        print(&#34;Results of the ballistic missile simulation:&#34;) 
        print(f&#34;Time of flight: {self.time_of_flight:.2f} seconds&#34;) # using f-string for formatting
        print(f&#34;Maximum height: {self.max_height:.2f} meters&#34;)
        print(f&#34;Horizontal distance traveled: {self.horizontal_distance:.2f} meters&#34;)

# Example usage
missile = BallisticMissile(100, 45) # Example values for velocity and angle
missile.calculate_flight()
missile.print_results()