For a transistor, in a common emitter arragement, the alternating current gain `beta` is given byA. `beta=((DeltaI_(C))/(I_(B)))_(V_(C))`B. `beta=((DeltaI_(B))/(DeltaI_(C)))_(V_(C))`C. `beta=((DeltaI_(C))/(DeltaI_(E)))_(V_(C))`D. `beta=((DeltaI_(E))/(DeltaI_(C)))_(V_(C))`

For a transistor, in a common emitter arragement, the alternating curr

1.	For a transistor, in a common emitter arragement, the alternating current gain `beta` is given byA. `beta=((DeltaI_(C))/(I_(B)))_(V_(C))`B. `beta=((DeltaI_(B))/(DeltaI_(C)))_(V_(C))`C. `beta=((DeltaI_(C))/(DeltaI_(E)))_(V_(C))`D. `beta=((DeltaI_(E))/(DeltaI_(C)))_(V_(C))`
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For a transistor, in a common emitter arragement, the alternating current gain `beta` is given byA. `beta=((DeltaI_(C))/(I_(B)))_(V_(C))`B. `beta=((DeltaI_(B))/(DeltaI_(C)))_(V_(C))`C. `beta=((DeltaI_(C))/(DeltaI_(E)))_(V_(C))`D. `beta=((DeltaI_(E))/(DeltaI_(C)))_(V_(C))`

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