(a)
Interpretation:
The memory unit found in some rechargeable battery has to be found as what and what operating conditions cause this phenomenon to occur have also to be found.
Concept introduction:
Battery: It is a storage device used for the storage of chemical energy and for the transformation of chemical energy into electrical energy.
Rechargeable battery work because they use reaction are reversible, while non-rechargeable battery they use reactions are non-reversible.
Energy density of battery: High specific energy density batteries are attracting growing attention as possible power sources for electronic vehicles.
(b)
Interpretation:
Which batteries are most prone to the memory effect have to be found.
Concept introduction:
Battery: It is a storage device used for the storage of chemical energy and for the transformation of chemical energy into electrical energy.
Rechargeable battery work because they use reaction are reversible, while non-rechargeable battery they use reactions are non-reversible.
Energy density of battery: High specific energy density batteries are attracting growing attention as possible power sources for electronic vehicles.
(c)
Interpretation:
How the memory effect can be repaired has to be found.
Concept introduction:
Battery: It is a storage device used for the storage of chemical energy and for the transformation of chemical energy into electrical energy.
Rechargeable battery work because they use reaction are reversible, while non-rechargeable battery they use reactions are non-reversible.
(d)
Interpretation:
Wheather all batteries benefit from being stored in a cold atmosphere can be agreeable or not has to be found.
Concept introduction:
Battery: It is a storage device used for the storage of chemical energy and for the transformation of chemical energy into electrical energy.
Rechargeable battery work because they use reaction are reversible, while non-rechargeable battery they use reactions are non-reversible.
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