An electric current of 1 amp is passed through acidulated water for 160 minutes and 50 seconds. What is the volume of the hydrogen liberated at the an
An electric current of 1 amp is passed through acidulated water for 160 minutes and 50 seconds. What is the volume of the hydrogen liberated at the anode (as reduced to NTP)?
A. 1.12 litre
B. 2.24 litre
C. 11.2 litre
D. 22.4 litre
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Correct Answer - A
`V = (l tV_(e))/(96500)`
`= (1 xx 9650 xx 11.2)/(96500) = 1.12 "litre"`
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