In an electrolyte, 3.2×1018 bivalent positive ions drift to the right per second while 3.6×1018 monovalent negative ions drift to the left per second. The current through the electrolyte is _______.
0.45A to the left
0.45A to the right
1.6A to the right
1.6A to the left
A
0.45A to the right
B
0.45A to the left
C
1.6A to the left
D
1.6A to the right
Open in App
Solution
Verified by Toppr
Was this answer helpful?
18
Similar Questions
Q1
In an electrolyte 3.2×1018 bivalent positive ions drift to the right per second while 3.6×1018 monovalent negative ions drift to the left per second. Then the current is
View Solution
Q2
In an electrolyte 3.2×1018 bivalent positive ions drift to the right per second while 3.6×1018 monovalent negative ions drift to the left per second. Then the current is
View Solution
Q3
In a neon discharge tube 2.8×1018Ne+ ions move to the right per second while 1.2×1018 electrons move to the left per second. Therefore, the current in the discharge tube is :
View Solution
Q4
In an inert gas discharge tube 2.9×1018 positive ions (e+) moves to the right through a cross-section of the tube each second, while 1.2×1018 negative ions (r−) move to the left in the same time.The magnitude of current is
View Solution
Q5
In a neon discharge tube 2.8×1018Ne+ Ne" ions move to the right per second while 1.2×1018 electrons move to the left per second. Therefore, the current in the discharge tube is