Find the power absorbed by the 12-kΩ resistor in the circuit 31。 11 mA O-
Find the power being absorbed by each passive element in the circuit showin below at t 0 if v 50 cos(1,250 t - 40) V. Let R refer to the resistor on the left and let R2 refer to the resistor on the right, and please round your answers to four significant figures. 2.5 k2 0.5H sur $17.5 kΩ Pc(0) PL 0) PR,0) PR,0) mW mW mW
Solve the following: 1. a) Find i and the power absorbed by each element. 4U1 V 10 k2 12 V 8 V 4 kQ b) Find power absorbed by the 600ohm resistor 0.03v1 600 Q 200 Q 0.11 A
1 out of 15 atter Find the power being absorbed by each passive element in the circuit shown below at t 0 if vs 40 cos(1,500 60°) V. Let R1 refer to the resistor on the left and le R2 refer to the resistor on the right, and please round your answers to four significant figures 4 k2 1 H mW mW PR,(O)- PR 20% mW mW
Problem 3 (10 pts.) In the following circuit, operational amplifiers are ideal. Find vol and Vo2 and, Psk (power absorbed by the 5 k2 resistor. 15νο -- 0,1 0.5 kΩ ξ2 kΩ 1Ονο -- 0,2 35 kΩ <0.4 kΩ ξ1 ΚΩ Ground
Analyze the following circuit with
R1=1.0 kΩ
R2=1.2 kΩ :
a) Apply ohms law to find I3. (Enter answer in mA with 3
decimals)
b) Calculate the power dissipated in R2, Express your answer in
mW with 3 decimals,
c) Apply KCL at node x to determine I2. Enter your answer in mA
with 3 decimals.
d) Calculate the power supplied or absorbed by the voltage
source. Express your answer as a signed mW value to 3 decimals.
e) Apply...
1. Find the average power absorbed by the 50-2 resistor where c10't A. 20іх 1x 20 mH 50 S2 1s 40 HF 10 2
Find the maximum power transferred to resistor R in the circuit below. 22 kΩ 100V(±) 40 kΩ 30 kΩ ら
Given the circuit and find the average Power absorbed
by the 10 Ohm resistor.
Question 4 [20] Given the circuit of Fig. 3.4 find the average power absorbed by the 100 resistor -50 40 8V 220° ontv 0.1VO 81 50 Fig. 3.4 Question 5 65 lagging power factor and an efficiency
(1) [15 pts] what is the power dissipated by the 1 kΩ resistor in the circuit shown in Figure 1? 100 kΩ 10 kΩ Figure 1