Calculate normality of `0.6% `(w/v) of `H_2O_2` (aq)

The normality of '30 volume' of H_(2)O_(2) is-

Which of the following will represent the normality of 10% (w/V) acetic acid

Calculate the normality of solution containing 3.15 g of hydrated oxalic acid (H_2C_2O_4. 2H_2O) in 250 ml of solution ( Mol. Mass = 126).

Calculate the volume strength of 1% H_(2)O_(2) solution.

Calculate the molality of a solution prepared by equal volumes of a 40% H_(2)SO_(4) solution (W/V) (density 1.5 g*cm^(-3)) and 60% H_(2)SO_(4) solution (W/V) (density 1.8 g*cm^(-3) ).

Complete the chemical reactions. PbS(s) + H_(2)O_(2) (aq) rarr "MnO"_(4) (aq) + H_(2)O_(2) (aq) rarr CaO(s) + H_(2)O_(2) rarr "AlCl"_(3)(g) + H_(2)O(l) rarr Ca_(3)N_(2)(s) + H_(2)O(l) rarr Classify the above into [a] hydrolysis,[b] redox and [c] hydration reactions.

Calculate the standard enthalpy of formation of C_(6)H_(6)(l) at 25^(@)C temperature using the given data: C_(6)H_(6)(l)+(15)/(2)O_(2)(g) to 6CO_(2)(g)+3H_(2)O(l),DeltaH^(0)=-781kcal H_(2)(g)+(1)/(2)O_(2)(g) to H_(2)O(l),DeltaH^(0)=-68.32kcal C (s, graphite) +O_(2)(g)toCO_(2)(g),DeltaH^(0)=-94.04 kcal .

An excess of acidic KI solution is added to 25 mL of a H_(2)O_(2) solution when iodine is liberated. 20 mL of 0.1 (N) sodium thio-sulphate solution is required to titrate the liberated iodine. Calculate the percentage strength, volume strength and strength in normality of the H_(2)O_(2) solution.

A urea solutions isotonic with 3% (w//v) glucose (C_6H_12O_6) solution. Calculate the concentration of the urea solution.

Calculate the percentage composition of the compound having the molecular formula of C_(6)H_(12)O_(6)(H=1,C=12,O=16) 0.