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MATTER - PROPERTIES AND TRANSFORMATION: Chemistry Of Elements - Alkali metals and alkaline earth metals
MATTER - PROPERTIES AND TRANSFORMATION: Chemistry Of Elements - Identification Of Ions
MATTER - PROPERTIES AND TRANSFORMATION: Chemistry Of Elements - Salts
MATTER - PROPERTIES AND TRANSFORMATION: Chemistry Of Elements - Transition metals
MATTER - PROPERTIES AND TRANSFORMATION: Chemistry of Elements - Nitrogen
MATTER - PROPERTIES AND TRANSFORMATION: Chemistry of Elements - Sulphur
MATTER - PROPERTIES AND TRANSFORMATION: Organic Chemistry - Hydrocarbons
MATTER - PROPERTIES AND TRANSFORMATION: Principles Of Chemistry - Formulae, Moles And Equations
MATTER - PROPERTIES AND TRANSFORMATION: Principles Of Chemistry - Gaseous State
MATTER: PROPERTIES AND TRANSFORMATION: Principles Of Chemistry - Solutions and acid-base titration
PRINCIPLES OF CHEMISTRY: Electrochemistry

Volumetric analysis is an aspect of … that deals with volume measurements as a means of estimating of quantities of substances.

Qualitative analysis.

Quantitative analysis.

Quantitative analysis and qualitative analysis.

None is correct.

The ratio (Number of moles of Acid) / (Number of moles of Base) is called:

Atomic ratio.

Mole ratio.

Mass ratio.

Molar ratio.

A technique by which the concentration of a solution is determined using a standard solution of another solution is called?

Titration.

Volumetric analysis.

Qualitative analysis.

Amount of substance.

A suitable indicator for strong acid - weak base titration is:

Any acid-base indicator e.g. litmus.

No suitable indicator.

Methyl orange.

Phenolphthalein.

Choose the correct equation(s).

All are correct.

Molarity= (Number of moles of solute) / (Volume of solution (dm³ ) ).

Number of moles=Molarity × Volume of solution (dm³).

Mass concentration= (Mass of solute) / (Volume of solution (dm³) ).