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can someone please help me write a python code for this urgently, asap

Question: Write a Python function, minmp, that is passed a file name and a metal alloy's formula unit structure*". The file will contain metal elements and their properties. The function will return a tuple of the element from the formula with the lowest melting point and that melting point Write a second function, molform, that will be called by the first function, to take the metal alloy's formula and return it as a database with the elements as the keys and the number of atoms as the values You may assume the compound structure will specify the number of atoms, even if the IUPAC formula would omit the subscript 1. For instance, ethanol, CaH&O, would be passed to the program as the string "C2H601". Your function must read files with the format of elements.txt. Each new column of data is separated by a tab. You can test your function using the file elements.txt. Testcases to understand the inputs and outputs of each function can be found on the next page Sample Input and Output >>>isinstance (mol form ("C2H601"), dict) True >>isinstance (molform ("C2H6"), dict) True >>isinstance (molform ("C2 "), dict) True >>>molform ("C2H601") ('C' 2, 'O': 1) H': 6, >>molform ("C1H4") 'C' 1, H': 4 >>isinstance (minmp ("elements. txt", "Kl Fe 4 "), tuple) True >>>isinstance (minmp ("elements.txt", "K1Fe4") [0], str) True >>isinstance (minmp ("elements.txt", "Kl Fe 4") [1], int) True >>>minmp ("elements.txt", "K1Fe4 " ) ('K', 336) "Fe8Cr1 " ) >>>minmp ("elements.txt", ('Fe', 1811) def minmp(filen ame, compound_formula ) : ""(str, str) When passed a filename with a listing of elements and properties and a compound_formula. Returns a tuple where the first element is the lowest melting point element in the compound and the second element is it's corresponding melting point >minmp("elements.txt", "K1Fe4") "К', 336 >>minmp ("elements.txt", "Fe6Cr1") 'Fe', 1811 (str, int) -> иии def molform(compound_formula) "(str) -> dictionary When passed a string of the compound formula, returns a dictionary with a string of the element symbol as the key and the number of atoms of that element as the value molform ( "C2H601") {'C':2, 'Hi:6, 'o':1} >>molfor("C1H4") {'C':1, H':4 # This file lists several elements by symbol and their melting point # in Kelvin and density in grams per cubic centimeter. # Source https://en.wikipedia.org/wiki/Chemical_element Element Melt. Pt. Density 336 0.862 K 1115 1.55 Ca 1814 2.985 Sc Ti 1941 4.506 2183 2180 1519 1811 6.0 V 7.19 Cr 7.21 Mn 7.874 Fe 1768 8.90 Co Ni 8.908 1728 1357 8.96 Cu 692 Zn 7.14 END

Answer 1

def molform(formula):
    """
    :param formula: string
    :return: return dict of element as key and atom as value
    """
    mol, atom = [], []
    x, y = '', ''
    for i in formula:
        # if it is element
        if i.isalpha():
            if y:
                atom.append(int(y))
                y = ''
            x += i
            continue
        # if it is number of atom
        if i.isdigit():
            if x:
                mol.append(x)
            x = ''
            y += i
            continue
    if y:
        atom.append(int(y))
    # returning dictionary
    return dict(zip(mol, atom))


def minmp(filename, formula):
    """
    :param filename: 
    :param formula: 
    :return: tuple of min melting point and element as tuple
    """
    with open(filename) as f:
        f.readline()  # reading the header
        d = {}
        for line in f.readlines():
            line = line.split('\t')
            if len(line) > 2:
                # storing the element and melting point in dict
                d[line[0]] = line[1]
        # calling above function for segarating the element
        mol_atom = molform(formula)
        min_temp = max(d.values())
        min_atom = ''
        # finding the min temp
        for x in mol_atom:
            if x in d:
                temp = d[x]
                if temp < min_temp:
                    min_temp = temp
                    min_atom = x
        return min_atom, min_temp

# OUTPUT