If m is the mass of silver deposited the cathode by 2 A current flowing 25 min through a silver voltameter- then the mass deposited by 1-5 A current flowing 600 s is -m3m0-3mNone

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M-x2032-m-I-x2032-t-x2032-It-1-5-xD7-6002-xD7-25-xD7-60-9003000-310-0-3

If $m$ is the mass of silver deposited at the cathode by $2 A$ current flowing for $25 m i n$ through a silver voltameter, then the mass deposited by $1.5 A$ current flowing for $600 s$ is _________.
$m$
$3 m$
$0.3 m$
None

$\frac{m^{'}}{m} = \frac{I^{'} t^{'}}{I t} = \frac{1.5 \times 600}{2 \times 25 \times 60} = \frac{900}{3000} = \frac{3}{10} = 0.3$

If m is the mass of silver deposited at the cathode by 2A current flowing for 25min through a silver voltameter, then the mass deposited by 1.5A current flowing for 600s is _________.m3m0.3mNone

m′m=I′t′It=1.5×6002×25×60=9003000=310=0.3

If $m$ is the mass of silver deposited at the cathode by $2 A$ current flowing for $25 m i n$ through a silver voltameter, then the mass deposited by $1.5 A$ current flowing for $600 s$ is _________.
$m$
$3 m$
$0.3 m$
None

$\frac{m^{'}}{m} = \frac{I^{'} t^{'}}{I t} = \frac{1.5 \times 600}{2 \times 25 \times 60} = \frac{900}{3000} = \frac{3}{10} = 0.3$