Implement the following function. - Code should be in Python:   Morse Code: code = {   'A': '.-',   'B': '-...',   'C': '-.-.',   'D': '-..',   'E': '.',   'F': '..-.',   'G': '--.',   'H': '....',   'I': '..',   'J': '.---',   'K': '-.-',   'L': '.-..',   'M': '--',   'N': '-.',   'O': '---',   'P': '.--.',   'Q': '--.-',   'R': '.-.',   'S': '...',   'T': '-',   'U': '..-',   'V': '...-',   'W': '.--',   'X': '-..-',   'Y': '-.--',   'Z': '--..',   }

java prgm

Haskell Programming: Jeff and Elon are discussing about space how will it increase their business. They are planning to make an international space station, We have N asteroids in the space also there has been N-1 pairs asteroids with Links. Each link has a unique assignment of numbers and since Elon is fond of palindromes he wants that the path chooses is such that it is a palindrome. Print YES if it is possible else NO. Input Output 1 4 NO 2653

There are given code: # TODO: Import math module def quadratic_formula(a, b, c):# TODO: Compute the quadratic formula results in variables x1 and x2return (x1, x2) def print_number(number, prefix_str):if float(int(number)) == number:print("{}{:.0f}".format(prefix_str, number))else:print("{}{:.2f}".format(prefix_str, number)) if __name__ == "__main__":input_line = input()split_line = input_line.split(" ")a = float(split_line[0])b = float(split_line[1])c = float(split_line[2])solution = quadratic_formula(a, b, c)print("Solutions to {:.0f}x^2 + {:.0f}x + {:.0f} = 0".format(a, b, c))print_number(solution[0], "x1 = ")print_number(solution[1], "x2 = ")