10800C of electricity on passing through the electrolyte solution deposited 2.977 of metal with atomic mass 106.4gmol−1 the charge on the metal cation is:
+4
+2
+3
+1
A
+4
B
+1
C
+3
D
+2
Open in App
Solution
Verified by Toppr
10800C→2.977g of metal deposited.
96500C→2.97710800×96500=26.600g
Charge on metal cation is =106.426.6
=+4
Was this answer helpful?
5
Similar Questions
Q1
10800C of electricity on passing through the electrolyte solution deposited 2.977 of metal with atomic mass 106.4gmol−1 the charge on the metal cation is:
View Solution
Q2
10800C of electricity through the electrolyte deposited 2.977g of metal with atomic mass 106.4gmol−1. The charge on the metal cation is
View Solution
Q3
10800C of electricity through the electrolyte deposited 2.977g of metal with atmic mass 106.4gmol−1. The charge on the metal cation is:
View Solution
Q4
10800C ofelectricity through the electrolyte deposited 2. 977 gram of metal with atomic mass of 106.4 gram per mole find the charge on the metal cations
View Solution
Q5
A current of 3A was passed for 1 hour through an electrolyte solution of AxBy in water. If 2.977 g of A (atomic wright 106.4) was deposited at the cathode and B was a monovalent ion, the formula of electrolyte was: