(a) Interpretation: To explain the molecular mass and molar mass. Concept introduction: Molar mass of an atomic substance is numerically equal to its atomic mass in amu. Molar mass of an atom / g = (Atomic mass) / amu
(a) Interpretation: To explain the molecular mass and molar mass. Concept introduction: Molar mass of an atomic substance is numerically equal to its atomic mass in amu. Molar mass of an atom / g = (Atomic mass) / amu
Solution Summary: The author explains the molecular mass and molar mass of an atomic substance. Empirical formula is the smallest possible whole number ratio of subscripts of elements in the formula.
Molar mass of an atomic substance is numerically equal to its atomic mass in amu.
Molar mass of an atom / g = (Atomic mass) / amu
Interpretation Introduction
(b)
Interpretation:
To explain the empirical formula and molecular formula.
Concept introduction:
A formula that gives the simplest whole number ratio of the different atoms in a compound is called empirical formula.
A formula which shows the actual number of atoms in a compound is called molecular formula.T
Interpretation Introduction
(c)
Interpretation:
To explain the systematic and trivial or common name.
Concept introduction:
Nomenclature means the assignment of names to the organic compounds. The naming of organic compounds is an important aspect in the study of organic chemistry as their number is vary large and variety of molecular structure exist in their molecules.
Interpretation Introduction
(d)
Interpretation:
To explain the hydroxy and carboxyl functional groups.
Concept introduction:
Functional group of compound has specific characteristic.
Question 3
Identify the organic class to which the compound belongs based on the
functional groups present.
[Hint - Organic class such as Ester, Ether, Carboxylic acid, Aldehyde,
Ketone, Amine, Amide, Alcohols, if more than on Functional group
present identify both, left then right separated by;]
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