Answer:
give me stars yaar
Explanation:
Solution
verified
Verified by Toppr
The reaction taking place at anode is:
71.0 g
2Cl
−
→
1 mole
Cl
2
+
2×96500 coulomb
2e
Q=I×t=100×5×60×60 coulomb
The amount of chlorine liberated by passing 100×5×60×60 coulomb of electric charge
=
2×9500
1
×100×5×60×60=9.3264 mole
Volume of Cl
liberated at NTP=9.3264×22.4=208.01 L.
14.4 A
hope this answer helps
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Answers & Comments
Answer:
give me stars yaar
Explanation:
Solution
verified
Verified by Toppr
The reaction taking place at anode is:
71.0 g
2Cl
−
→
1 mole
71.0 g
Cl
2
+
2×96500 coulomb
2e
−
Q=I×t=100×5×60×60 coulomb
The amount of chlorine liberated by passing 100×5×60×60 coulomb of electric charge
=
2×9500
1
×100×5×60×60=9.3264 mole
Volume of Cl
2
liberated at NTP=9.3264×22.4=208.01 L.
Answer:
14.4 A
Explanation:
hope this answer helps