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Find out number of reaction which involv...

Find out number of reaction which involve electron deficient nitrogen during reaction mechanism.

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The correct Answer is:
4
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Balancing redox reaction by ion-electron method Chemical reactions which involve oxidation and reduction (redox reactions) can also be balanced by using the ion-electron method or half-equation method. This method of balancing redox reactions is based upon the principle that electrons lost during oxidation halfreaction of any redox reaction are equal to the electrons gained during reduction half-reaction. Balance the redox reaction ion-electron method: Zn + NO _(3) ^(-) to Zn ^(2+) + NH _(3) ^(+) (acidic medium)

Balancing redox reaction by ion-electron method Chemical reactions which involve oxidation and reduction (redox reactions) can also be balanced by using the ion-electron method or half-equation method. This method of balancing redox reactions is based upon the principle that electrons lost during oxidation halfreaction of any redox reaction are equal to the electrons gained during reduction half-reaction. Balance the redox reaction ion-electron method: Cl _(2) + OH ^(-) to Cl ^(-) + Cl O _(3) ^(-) (basic medium)

Knowledge Check

  • Which of the following events does not occur during S_(N)2 reaction mechanism?

    A
    Back side attack of nucleophile
    B
    Formation of carbonium ion
    C
    One step continuous process
    D
    100% inversion of configuration

  • The reaction which involves dichlorocarbene as an electrophile is

    A
    Reimer-Tiemann reaction
    B
    Kolbe's reaction
    C
    Friedel-Crafts' acylation
    D
    Fittig's reaction

  • Which type of reaction (s) is/are involved in the Cannizaro reaction ?

    A
    Reduction
    B
    Oxidation
    C
    Both (a) and (b)
    D
    None of these

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    Balancing redox reaction by ion-electron method Chemical reactions which involve oxidation and reduction (redox reactions) can also be balanced by using the ion-electron method or half-equation method. This method of balancing redox reactions is based upon the principle that electrons lost during oxidation halfreaction of any redox reaction are equal to the electrons gained during reduction half-reaction. Balance the redox reaction ion-electron method: MnO _(4) ^(-) + H_(2) O _(2) to Mn O _(2) + O_(2) (basic medium)

    Balancing redox reaction by ion-electron method Chemical reactions which involve oxidation and reduction (redox reactions) can also be balanced by using the ion-electron method or half-equation method. This method of balancing redox reactions is based upon the principle that electrons lost during oxidation halfreaction of any redox reaction are equal to the electrons gained during reduction half-reaction. Balance the redox reaction ion-electron method: Br _(2) + H _(2) O _(2) to Br O _(3) ^(-) + H _(2) O (acidic medium)

    Balancing redox reaction by ion-electron method Chemical reactions which involve oxidation and reduction (redox reactions) can also be balanced by using the ion-electron method or half-equation method. This method of balancing redox reactions is based upon the principle that electrons lost during oxidation halfreaction of any redox reaction are equal to the electrons gained during reduction half-reaction. Balance the redox reaction ion-electron method: SO _(2) + Cr _(2) O _(7) ^(2-) to SO _(4) ^(2-) + Cr ^(3+) (acidic medium)

    The branch of chemistry which with the reaction rates and reaction mechanism is called

    Oxidation reaction involves loss of electrons, and reduction reaction involves gain of electrons. The reaction in which a species disproportinates into two oxidation states ( lower and higher) is called disproportionation reaction. Which of the following is not a dispropotional reaction?

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