Assuming that the two diodes D-1 and D-2 used in the electric circuit shown in the figure are ideal- out the value of the current flowing through 1Omega resistor-

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Toppr Admin · Accepted Answer

D2 is in reverse bias so no current through it-Now I-x3B5-R-r-62-1-2A

Assuming that the two diodes $D_{1}$ and $D_{2}$ used in the electric circuit shown in the figure are ideal, find out the value of the current flowing through $1 Ω$ resistor.

$D_{2}$ is in reverse bias so no current through it.
Now $I = \frac{ε}{R + r} = \frac{6}{2 + 1} = 2 A$

Assuming that the two diodes D1 and D2 used in the electric circuit shown in the figure are ideal, find out the value of the current flowing through 1Ω resistor.

D2 is in reverse bias so no current through it.Now I=εR+r=62+1=2A

Assuming that the two diodes $D_{1}$ and $D_{2}$ used in the electric circuit shown in the figure are ideal, find out the value of the current flowing through $1 Ω$ resistor.

$D_{2}$ is in reverse bias so no current through it.
Now $I = \frac{ε}{R + r} = \frac{6}{2 + 1} = 2 A$