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Slideshow P3: Batteries

Slideshow P3: Batteries. A simple battery (electrolytic cell). A simple cell has liquid which conducts electricity (an electrolyte) and two conductors

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Page 1: Slideshow P3: Batteries. A simple battery (electrolytic cell). A simple cell has liquid which conducts electricity (an electrolyte) and two conductors

Slideshow P3: Batteries

Page 2: Slideshow P3: Batteries. A simple battery (electrolytic cell). A simple cell has liquid which conducts electricity (an electrolyte) and two conductors

A simple battery (electrolytic cell).

A simple cell has liquid which conducts electricity (an electrolyte) and two conductors (usually metals).

Page 3: Slideshow P3: Batteries. A simple battery (electrolytic cell). A simple cell has liquid which conducts electricity (an electrolyte) and two conductors

The two conductors were a copper cylinder and an iron rod. They fitted in the pot. The electrolyte is believed to have been wine, lemon juice, grape juice or vinegar.

The Baghdad battery (from about 2000 years ago).

Page 4: Slideshow P3: Batteries. A simple battery (electrolytic cell). A simple cell has liquid which conducts electricity (an electrolyte) and two conductors

A voltaic pile was invented by Alessandro Volta in 1800. It produced a high voltage and helped scientists to discover new metals.

A voltaic pile.

Page 5: Slideshow P3: Batteries. A simple battery (electrolytic cell). A simple cell has liquid which conducts electricity (an electrolyte) and two conductors

This is what a normal (non-rechargeable) battery is like.

A zinc–carbon ‘dry’ cell.

Page 6: Slideshow P3: Batteries. A simple battery (electrolytic cell). A simple cell has liquid which conducts electricity (an electrolyte) and two conductors

Rechargeable batteries are very useful.

Rechargeable batteries.