On passing one faraday of electricity through the electrolytic cells containing $$A{{g}^{+}},\,\,N{{i}^{+2}}$$and $$C{{r}^{+3}}$$ions solution, the deposited $$Ag\,(At.\,\,wt.=108),\,\,Ni\,(At.\,wt.=59)$$ and $$Cr\,(At.\,wt.=52)$$ is [AIIMS 1982]

Question

On passing one faraday of electricity through the electrolytic cells containing $$A{{g}^{+}},\,\,N{{i}^{+2}}$$and $$C{{r}^{+3}}$$ions solution, the deposited $$Ag\,(At.\,\,wt.=108),\,\,Ni\,(At.\,wt.=59)$$ and $$Cr\,(At.\,wt.=52)$$ is                [AIIMS 1982]

TuteeHUB · Accepted Answer

108 gm 59.0 gm                52.0 gm

TuteeHUB · Answer

$$Ag$$                   $$Ni$$                    $$Cr$$                 108 gm                29.5 gm                17.3 gm

TuteeHUB · Answer

108.0 gm              108.0 gm              108.0 gm

TuteeHUB · Answer

108 gm                 117.5 gm              166.0 gm

1.	On passing one faraday of electricity through the electrolytic cells containing \[A{{g}^{+}},\,\,N{{i}^{+2}}\]and \[C{{r}^{+3}}\]ions solution, the deposited \[Ag\,(At.\,\,wt.=108),\,\,Ni\,(At.\,wt.=59)\] and \[Cr\,(At.\,wt.=52)\] is [AIIMS 1982]
A.	\[Ag\] \[Ni\] \[Cr\] 108 gm 29.5 gm 17.3 gm
B.	108 gm 59.0 gm 52.0 gm
C.	108.0 gm 108.0 gm 108.0 gm
D.	108 gm 117.5 gm 166.0 gm
Answer» B. 108 gm 59.0 gm 52.0 gm

On passing one faraday of electricity through the electrolytic cells containing \[A{{g}^{+}},\,\,N{{i}^{+2}}\]and \[C{{r}^{+3}}\]ions solution, the deposited \[Ag\,(At.\,\,wt.=108),\,\,Ni\,(At.\,wt.=59)\] and \[Cr\,(At.\,wt.=52)\] is [AIIMS 1982]

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