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Electrolysis and Storage Batteries

Electrolysis and Storage Batteries
In constant-current charging method, the supply voltage from discharged to fully charged condition

none of the listed here
decreases
remains constant
increases

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Electrolysis and Storage Batteries
If a lead-acid cell is discharged below 1.8 V the following will happen.

Internal resistance will increase
All of the listed here
Capacity of cell will reduce
Sulphation of plates will occur

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Electrolysis and Storage Batteries
Over charging

all of the listed here
loosens the active material
increases the temperature resulting in buckling of plates
produces excessive gassing

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Electrolysis and Storage Batteries
In a lead-acid cell, lead is called as

None of the listed here
passive material
positive active material
negative active material

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Electrolysis and Storage Batteries
Petroleum jelly is applied to the electrical connections to the lead-acid battery

reduce path resistance
prevent short-circuiting
prevent local heating
prevent corrosion

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Electrolysis and Storage Batteries
A dead storage battery can be revived by

none of the listed here
adding distilled water
adding so-called battery restorer
a dose of H₂SO₄

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MORE MCQ ON Electrolysis and Storage Batteries

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