Answer the question which is given in the attachment.
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ViSar:
the Answer is (3) Time ,. R is resistance and C is Capacitance
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11
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◢ The Dimensions of RC is a "TIME".
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
This last equation makes it pretty easy to see why an RC constant has units of TIME.
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◢ The Dimensions of RC is a "TIME".
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This last equation makes it pretty easy to see why an RC constant has units of TIME.
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