Question

for the circuit shown below, if $V_1 = V_3 = 0$ V, and $V_2 = 1$V, then the output voltage $V_o$ will be 10 k$\Omega$ 10 k$\Omega$ 20 k$\Omega$ 40 k$\Omega$ a. 0.5 b. -0.25 V c. -7 V d. 0.25 V e. 1.75 f. -1.75 V g. 1.25 h. -0.5 V

          for the circuit shown below, if $V_1 = V_3 = 0$ V, and $V_2 = 1$V, then the output voltage $V_o$ will be
10 k$\Omega$
10 k$\Omega$
20 k$\Omega$
40 k$\Omega$
a. 0.5
b. -0.25 V
c. -7 V
d. 0.25 V
e. 1.75
f. -1.75 V
g. 1.25
h. -0.5 V

for the circuit shown below, if V1 = V3 = 0 V, and V2 = 1V, then the output voltage Vo will be
10 kΩ
10 kΩ
20 kΩ
40 kΩ
a. 0.5
b. -0.25 V
c. -7 V
d. 0.25 V
e. 1.75
f. -1.75 V
g. 1.25
h. -0.5 V

Added by Alberto J.

Geometry A Common Core Curriculum

Ron Larson, Laurie Boswell 1st Edition

Instant Answer

Solved by Expert Sima Sarker

Step 1

It appears to be a voltage divider circuit, where the output voltage is a fraction of the input voltage determined by the ratio of the two resistors. Show more…

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The circuit shown below, if Vi = Va = 0 V, and Va = 1 V; then the output voltage Vo is 0.5 V. J0@ M I0L 20L M 40L M 0 0.5 0.25 V I = 7 V d = 0.25 V 8. L, 75 1-175 V 9 125 h = -0.5 V