At high discharge rates, why are...
Question 1 of 27070
Q
At high discharge rates, why are nickel-cadmium storage batteries superior to lead-acid batteries?
A
they require fewer cells for the same voltage and less mounting space
B
they are able to produce higher voltages and do not have to be charged as often
C
they can be charged and discharged many times without much damage
D
they have no individual cells to replace at the end of useful life
Question 1 / 27070
5eccefa3bacbc34ba4d47fb8
Question 1 of 27070
5eccefa3bacbc34ba4d47fb8
At high discharge rates, why are nickel-cadmium storage batteries superior to lead-acid batteries?
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A
they require fewer cells for the same voltage and less mounting space
B
they are able to produce higher voltages and do not have to be charged as often
C
they can be charged and discharged many times without much damage
D
they have no individual cells to replace at the end of useful life
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Question 1 of 27070
5eccefa3bacbc34ba4d47fb8
Q
At high discharge rates, why are nickel-cadmium storage batteries superior to lead-acid batteries?
A
they require fewer cells for the same voltage and less mounting space
B
they are able to produce higher voltages and do not have to be charged as often
C
they can be charged and discharged many times without much damage
D
they have no individual cells to replace at the end of useful life
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