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The following code validates and categorizes temperature inp…

The following code validates and categorizes temperature inputs using exception handling. The program includes two functions: validate_temperature() checks if a temperature is above absolute zero (-273°C), and check_temperature_range() categorizes the temperature as too cold, below freezing, or above freezing. What is the output when the user inputs -30? def validate_temperature(temp):    if temp < -273:        raise ValueError("Temperature cannot be below absolute zero")    return "Valid temperature recorded"def check_temperature_range(temp):    if temp < -50:        raise ValueError("Temperature too cold for measurement")    elif temp < 0:        return "Below freezing"    else:        return "Above freezing"try:    user_input = int(input("Enter temperature in Celsius: "))    result1 = validate_temperature(user_input)    result2 = check_temperature_range(user_input)    print(f"Validation: {result1}, Range: {result2}")except ValueError as e:    print(f"Error: {e}")except Exception:    print("Error: An unknown error occurred")  

In the following code snippet, there is a function find_zero…

In the following code snippet, there is a function find_zeros_and_ones. This function counts how many occurrences of integer values 0 and 1 there are in an input list, and returns the count as a list with two elements. This code has multiple for-loops in its implementation. What is the time complexity of the following code snippet? def find_zeros_and_ones(numbers):   zero_counter = 0    for i in range(len(numbers)):   if numbers[i] == 0:   zero_counter += 1   one_counter = 0    for i in range(len(numbers)): if numbers[i] == 1: one_counter += 1 return [zero_counter, one_counter]