what will be equivalent weight of p4 in following reaction-
![p4 \: + {oh}^{ - } = ph3 \: \: + \: \: h2p {02}^{ - 1} p4 \: + {oh}^{ - } = ph3 \: \: + \: \: h2p {02}^{ - 1}](https://tex.z-dn.net/?f=p4++%5C%3A++%2B++%7Boh%7D%5E%7B+-+%7D++%3D+ph3+%5C%3A++%5C%3A++%2B++%5C%3A++%5C%3A+h2p+%7B02%7D%5E%7B+-+1%7D+)
a) 3m
b) m/3
c) 3m/2
d) none
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Explanation:
REF.Image.
Oxidation state charges from zero to +1 and -3
n - factor = 3
equivalent weight =
3
M
solution
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