A) 1g
B) 1.5g
C) 2 g
D) 2.5 g
Correct Answer: B
Solution :
Mass, \[2\sqrt{2}s\] \[2s\] \[\frac{1}{2}s\] or \[\frac{g}{4}\] \[Mg\frac{d}{4}\] \[3Mg\frac{d}{4}\] Here, \[-3Mg\frac{d}{4}\] \[l\] V and \[2l\]min \[\frac{l}{2}\] \[4l\] \[{{C}_{1}}=C,\,{{C}_{2}}=2C\,,\,{{C}_{3}}=3C\] The mass of copper deposited = 1.5 gYou need to login to perform this action.
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