The molar mass of M(OH)2, formed by the hypothetical metal M, is 199.416 g/mol. What is the molar mass of the corresponding sulfide? Assume that the charge of the metal doesn't change.
Provide your answer in decimal notation rounded to two decimal digits (i. e. to the hundredths place).

197.48 g/mol

Explanation:

We must first discover the relative atomic mass of M;

From;

M + 2[ 16 + 1 ] = 199.416

M + 34 = 199.416

M = 199.416 - 34

M= 165.416

Since the sulphide is MS

molar mass = 165.416 + 32.065

molar mass= 197.48 g/mol

sorry idk the answer well to you i have a explaination

explanation: a formula which shows the arrangement of atoms in the molecule of a compound

it is a good conductor

explanation: