Question

What is the ratio of sulfuric acid to water for battery electrolyte?

Answer 1

Answer:

The correct ratio of water to sulfuric acid in battery electrolyte is approximately: 80 percent water to 20 percent sulfuric acid.

Answer 2

Answer:  The ratio of sulfuric acid to water for battery electrolyte is 0.6:1

Explanation:

• In this particular battery, sulfuric acid accounts for 38% of the acid, while water makes up the remaining 62%.
• Electrolytes are defined as compounds that are capable of dissolving in polar solvents such as water. A solution that is capable of conducting electricity is created by doing so.

• You can induce a separation of the electrolytes into cations and anions within the solution by adding the electrolytes to the solution. This will ensure that the electrolytes in the solution are dispersed throughout the medium in a uniform manner
• In order to create lead acid  batteries, a solution of sulfuric acid (H2SO4) and water is combined.  Using this method, the lead plates that comprise the battery can be disassembled.

• These are the kind of batteries that can be recharged on multiple occasions.

• After the batteries have been used, also known as being "discharged," the electrons will migrate from the plate that has the negative charge to the plate that has the positive charge.

• When the battery has been charged to its maximum capacity, the lead plate is thought to have a negative charge, while the lead oxide plate is thought to have a positive charge.

• In the event that the battery is overcharged, the electrolysis process will result in the formation of oxygen and hydrogen gas from the water molecule, respectively.

Learn more about sulfuric acid in battery electrolyte  from the given link

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