Statement-I : When an algebraic equation has been derved, it is advisable to check it for dimensional consistency.
Statement-II : This guarantee that the equation is correct.

Check dimensional consistency of given equation.

Check the dimensional consistency of the equation, force = "(Change in Momentum)"/"Time"

Check the dimensional consistency of the equation, force = "(Change in Momentum)"/"Time"

This question has Statement I and Statement II, Of the four choices given after the Statement, choose the one that best describes the two Statements (1) Statement - I is true, Statement - II is true, Statement - II is a correct explanation of Statement - I (2) Statement - I is true - II is true, Statement - II is not a correct explanation of Statement - I (3) Statement - I is true, Statement - II is false Statement - I is false Statement - II is true Statement - I : Density is expressed as gL^(-1) whereas specific gravity is dimensionless. Statement - II : Specific gravity is the ratio of the masses of solution and solvent.

This question has Statement I and Statement II, Of the four choices given after the Statement, choose the one that best describes the two Statements (1) Statement - I is true, Statement - II is true, Statement - II is a correct explanation of Statement - I (2) Statement - I is true - II is true, Statement - II is not a correct explanation of Statement - I (3) Statement - I is true, Statement - II is false Statement - I is false Statement - II is true Statement - I :Acidimetry and alkalimetry are the terms used in volumetric analysis Statement - II : The reactant left after the chemical reaction is called limiting reagent