Redox reaction involves transfer of electrons between 2 chemical species- An unbalanced and incomplete example is shown below-N2-H3PO2- HN3-P4O6If the above reaction were possible in either direction- maximum equivalent weight would belong to-

N factor for N_2 = |13 0|× 2 = 23 Equivalent weight = 28× 32 = 42 n factor for H_3PO2 = |3 1|×1 = 2 Equivalent weight = 662 = 33 n factor for P_4O_6 = |1 3 ...

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Byju's Answer

Standard XI

Chemistry

Equivalent Mass

Redox reactio...

Question

Redox reaction involves transfer of electrons between 2 chemical species. An unbalanced and incomplete example is shown below:
$N_{2} + H_{3} P O_{2} \to H N_{3} + P_{4} O_{6}$

If the above reaction were possible in either direction, maximum equivalent weight would belong to:

N_{2}

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H_{3} P O_{2}

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H N_{3}

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P_{4} O_{6}

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Solution

The correct option is C $H N_{3}$
n-factor for $N_{2}$
$= | \frac{1}{3} - 0 | \times 2 = \frac{2}{3}$
Equivalent weight $= \frac{28 \times 3}{2} = 42$

n-factor for $H_{3} P O 2$
$= | 3 - 1 | \times 1 = 2$
Equivalent weight $= \frac{66}{2} = 33$

n-factor for $P_{4} O_{6}$
$= | 1 - 3 | \times 4 = 8$
Equivalent weight $= \frac{220}{8} = 27.5$

n-factor for $H N_{3}$
$= | 0 - \frac{1}{3} | \times 3 = 1$
Equivalent weight $= \frac{43}{1} = 43$

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Similar questions

Q. Redox reaction involves transfer of electrons between 2 chemical species. An unbalanced and incomplete example is shown below:

N_{2} + H_{3} P O_{2} \to H N_{3} + P_{4} O_{6}

If the above reaction were possible in either direction, maximum equivalent weight would belong to:

Q. Redox reaction involves transfer of electrons between 2 chemical species. An unbalanced and incomplete example is shown below:

N_{2} + H_{3} P O_{2} \to H N_{3} + P_{4} O_{6}

If the above reaction were unidirectional towards right, what fraction of

P_{4} O_{6}

would be left unreacted if reaction were started with stoichiometric amount of reactants.

Q. Redox reaction involves transfer of electrons between 2 chemical species. An unbalanced and incomplete example is shown below:

N_{2} + H_{3} P O_{2} \to H N_{3} + P_{4} O_{6}

If the above reaction were unidirectional towards right, what fraction of

P_{4} O_{6}

would be left unreacted if reaction were started with stoichiometric amount of reactants.

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Redox reaction involves transfer of electrons between 2 chemical species. An unbalanced and incomplete example is shown below: N2+H3PO2→HN3+P4O6 If the above reaction were possible in either direction, maximum equivalent weight would belong to:

The correct option is C HN3n-factor for N2 =|13−0|×2=23 Equivalent weight =28×32=42 n-factor for H3PO2 =|3−1|×1=2 Equivalent weight =662=33 n-factor for P4O6 =|1−3|×4=8 Equivalent weight =2208=27.5 n-factor for HN3 =|0−13|×3=1 Equivalent weight =431=43

Redox reaction involves transfer of electrons between 2 chemical species. An unbalanced and incomplete example is shown below:
$N_{2} + H_{3} P O_{2} \to H N_{3} + P_{4} O_{6}$

If the above reaction were possible in either direction, maximum equivalent weight would belong to: