The constant current I in the circuit is _____

3.06 mA

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1.55 mA

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6.03 mA

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None

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Solution

The correct option is A 3.06 mA

Current, $I = \frac{V_{Z} - V_{B E}}{R_{E}}$

$= \frac{6.2 - 0.7}{1.8 k} = 3.0555 m A = 3.06 m A$

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The constant current I in the circuit is _____

The correct option is A 3.06 mA Current, I=VZ−VBERE =6.2−0.71.8k=3.0555mA=3.06mA

The correct option is A 3.06 mA

Current, $I = \frac{V_{Z} - V_{B E}}{R_{E}}$

$= \frac{6.2 - 0.7}{1.8 k} = 3.0555 m A = 3.06 m A$