# Determine Vo for [i] Vbb=0, [ii]Vbb=1V, and [iii] Vbb=2V

The current gain of the transistor is Beta=75. Determine Vo for [i] Vbb=0, [ii]Vbb=1V, and [iii] Vbb=2V.

I'm confused on how to incorporate the load resistance in the KVL calculations.

See the attached file.

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Attached is the solution to your problem.

Determine Vo for [i] Vbb=0, [ii]Vbb=1V, and [iii] Vbb=2V Beta = 75

Beta = ic/ ib

Where ic and ib are currents through the collector and base of the transistor.

[i] Vbb=0

ib = (Vbb - Vbe) / Rb ...

#### Solution Summary

The current gain of the transistor is Beta=75. The solution determines Vo for [i] Vbb=0, [ii]Vbb=1V, and [iii] Vbb=2V.

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