I just need to know the process, what equations I need in order to solve this problem. Then I will solve it in EES.
I just need to know the process, what equations I need in order to solve this...
i know the answer is 1 i just need help with the process
(6] Define all branch currents and voltages in the following circuit. What is the value of va? Use the Basic Method to solve this problem. Reln Ru=12 V=5V & Rita R2-12
1)
2)
3)
Using Ohm's Law, the answer for 2 is: (don't need an answer for
number 3)
4)
R1 V. + R2 12 R3 https://drive.google.com/file/d/1WJUWDo8q7wGCQmwBgMvR04B_SY-MNJNN/view?usp=sharing Consider the circuit in Figure 2. We will assume that both the power supply's potentials V and V, along with the resistors R, through R3 are known quantities where the currents flowing through the circuit are unknown. Since there are three unknown currents in this circuit, three linearly independent equations are needed in order...
those are my equations, need help on part C
c. Solve the equations for l s, la, and ls. Once you have your equations, show them to your instructor for approval before continuing to the rest of the lab. Build the circuit and set V1 = 5.00 V and V,-100V-Be careful to make sure your leads in and out of the power supplies are correct! Do not turn on the power supplies yet 2. Using the values for resistance and...
I only need number 6 and the answer is not 0.003998 m ohms
Figure 1 shows the linear model of an operational amplifier circuit used in the inverting mode. Components (Rin, Ro and AvVin) shown within the dotted outline are internal to the amplifier "chip." R1 R2 Ro RL Rh Vin Vo V1 Figure . Inverting op amp system 1. Assuming the op-amp is ideal detemine the output voltage Vo given the following circuit component values, RI-9.5k, R2- 13.5k, RL...
need help with C and D please
The differentiator circuit shown in Figure 1 uses an op-amp with ideal characteristics. R2 R1 C1 Vi O Figure 1 (c) Sketch the Bode magnitude response for this circuit for the frequency range of 10° to 108 Hz. (7 marks) (d) Sketch the output waveform of the differentiator and justify your answer, if v is as shown in Figure 2 with a period of: () 100 ms (ii) 10 us (6 marks) 0.11...
please solve in details. i will rate you up !
Problem 3 In the circuit shown below: a. Write a node equation at node 1 by summing the currents leaving node 1. b. Write a node equation at node 2 by summing the currents leaving node 2. c. Find V, and V2 by solving the two node equations. d. Find the currents IR, IR, IR3, IR4, Is. e. Find the power absorbed by R1, R2, R3, R4, and power released...
do not need to build the circuit, just solve the question 1,2 and
3
RLC transients Build the circuit shown in Fig 4. The source is a square wave that switches between 0 and 10 V with a frequency of 500 Hz. (If needed, you can change the frequency in order to get clear oscilloscope traces in the following measurements.) 3300 Figure 4. L 30 mH square 47 nF - 0 + 1. Set R2 = 3.3k2. Do a calculation...
I just need help with the theoretical output frequency and
amplitude for part (26) using the data from Project D.
Relaxation Oscillator R Vout C R2 ww R1 Figure 6-Relaxation Oscillator Project A С R Rl R2 0.1 uF 15K 18K 3.ЗК 12K В 0.22 uF 4.7K 15K C 0.22 uF 10K 5.6K 15K 15K 0.1 uF 20K 6.8K Table 5- Component Values for Relaxation Oscillator (25) Construct the circuit from Figure 6 with the component values according to Table...
The answer is C. i just need to know how to solve. What is approximately the osmolarity of a red blood cell? (a) 0.01 M (b) 0.03 M (c) 0.3 M (d) 1.0 M
I need the Mesh equation for the Mesh currunt, and the Node
equation for the Node voltages. the matlab equations for those if
possible.
HW: To be done by Week 7 Lab session The circuit shown below has Mesh current 1, 12, 13 and 14 defined. Node Voltages V1, V2, v3 &v4 are also defined R1 R4 V3 V4 I1 3A 个)2A R2 13 R51 V2 I4 12 R3 20 2A Use PSpice to simulate the circuit. Write Mesh equations...