Question

28. If an ohmmeter is connected between points B and C in the circuit in problem 27, what would the ohmmeter read? A. 2 k$\Omega$ B. 3 k$\Omega$ C. 4 k$\Omega$ D. 8 k$\Omega$ Use the following circuit for problems #29 + 30 4$\Omega$ R 2$\Omega$ 6$\Omega$ 8v 29. The Thevenin voltage source $E_{TH}$ for the network external to R equals A. 8 v B. 3.2 v C. 4.8 v D. 14 v 30. The Thevenin resistance $R_{TH}$ for the network external to R equals A. 2 $\Omega$ B. 2.4 $\Omega$ C. 3.8 $\Omega$ D. 10 $\Omega$ 31. Maximum power transfer to the load occurs when $R_{TH}$ equals A. R B. R/2 C. R/4 D. 0.362 R

          28.
If an ohmmeter is connected between points B and C in the circuit in problem 27, what
would the ohmmeter read?
A. 2 k$\Omega$
B. 3 k$\Omega$
C. 4 k$\Omega$
D. 8 k$\Omega$
Use the following circuit for problems #29 + 30
4$\Omega$
R
2$\Omega$
6$\Omega$
8v
29.
The Thevenin voltage source $E_{TH}$ for the network external to R equals
A. 8 v
B. 3.2 v
C. 4.8 v
D. 14 v
30.
The Thevenin resistance $R_{TH}$ for the network external to R equals
A. 2 $\Omega$
B. 2.4 $\Omega$
C. 3.8 $\Omega$
D. 10 $\Omega$
31.
Maximum power transfer to the load occurs when $R_{TH}$ equals
A. R
B. R/2
C. R/4
D. 0.362 R

28.
If an ohmmeter is connected between points B and C in the circuit in problem 27, what
would the ohmmeter read?
A. 2 kΩ
B. 3 kΩ
C. 4 kΩ
D. 8 kΩ
Use the following circuit for problems #29 + 30
4Ω
R
2Ω
6Ω
8v
29.
The Thevenin voltage source ETH for the network external to R equals
A. 8 v
B. 3.2 v
C. 4.8 v
D. 14 v
30.
The Thevenin resistance RTH for the network external to R equals
A. 2 Ω
B. 2.4 Ω
C. 3.8 Ω
D. 10 Ω
31.
Maximum power transfer to the load occurs when RTH equals
A. R
B. R/2
C. R/4
D. 0.362 R

Added by Jeremy C.

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