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I(2)+NaClO(3) to...

`I_(2)+NaClO_(3) to `

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`I_(2)+2NaClO_(3) to 2NaIO_(3)+Cl_(2)`
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Knowledge Check

  • Consider the following series of reactions : Cl_(2)+2NaOH to NaCl+NaClO+H_(2)O 3NaClO to 2NaCl+NaClO_(3) 4NaClO_(3) to 3NaClO_(4)+NaCl How much Cl_(2) is reqired to prepare 122.5 g of NaClO_(4) by above sequencial reactions ?

    A
    284 g
    B
    213 g
    C
    142 g
    D
    71 g

  • Consider the following series of reactions : Cl_(2)+2NaOH to NaCl+NaClO+H_(2)O 3NaClO to 2NaCl+NaClO_(3) 4NaClO_(3) to 3NaClO_(4)+NaCl How many moles of NaCl will be formed by using 1 mole Cl_(2) and other reagents in excess ?

    A
    `(1)/(12)` mole
    B
    1.67 mole
    C
    1.75 mole
    D
    0.75 mole

  • Consider the following series of reactions : Cl_(2)+2NaOH to NaCl+NaClO+H_(2)O 3NaClO to 2NaCl+NaClO_(3) 4NaClO_(3) to 3NaClO_(4)+NaCl How many moles of NaClO_(3) obtained after the completion of reaction by taking 1 mole of Cl_(2) and other reagents in excess ?

    A
    `(1)/(3)` mole
    B
    Zero
    C
    `(1)/(4)` mole
    D
    1 mole

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    Balance the following equations by partial equation method: (i) NaOH + Cl_(2) to NaCl + NaClO_(3) + H_(2)O (ii) H_(2)S + HNO_(3) to NO + H_(2)O + S (iii) C + H_(2)SO_(4) to CO_(2) + SO_(2) + H_(2)O (iv) I_(2) + HNO_(3) to NO_(2) + HIO_(3) + H_(2)O (i) P_(4) + HNO_(3) to H_(3)PO_(4) + NO_(2) + H_(2)O

    Find out the oxidation number of chlorine in the following compounds and arrange them in increasing order of oxidation number of chlorine. NaClO_(4), NaClO_(3), NaClO, KClO_(2), Cl_(2)O_(7), ClO_(3), Cl_(2)O, NaCl, Cl_(2), ClO_(2) . Which oxidation state is not present in any of the above compounds?

    Sodium chorate, NaClO_(3) , can be prepared by the following series of reactions: 2KMnO_(4)+16HCl rarr 2KCl+2MnCl_(2)+8H_(2)O+5Cl_(2) 6Cl_(2)+6Ca(OH)_(2)rarr Ca(ClO_(3))_(2)+5CaCl_(2)+6H_(2)O Ca(ClO_(3))_(2)+Na_(2)SO_(4) rarr CaSO_(4)+2NaClO_(3) What mass of NaClO_(3) can be prepared from 100 mL of concentarted HCl (density 1.18 gm//mL and 36% by mass)? Assume all other substance are present in excess amounts.

    For the electrolytic production of NaClO_(4) from NaClO_(3) as per the following equation: NaClO_(3) + H_(2)O rightarrow NaClO_(4) + H_(2) How many faradays of electricity will be required to produce 0.5 "mole" of NaClO_(4) assuming 60% efficiency?

    For the electrolytic production of NaClO_(4) from NaClO_(3) according to the reaction NaClO_(3)+H_(2)O rarr NaClO_(4)+H_(2). How many faradays of electricity would be required to produce 0.5 mo l e of NaClO_(4) ?

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