R₁ = 22000 کے V₁ =10V V₁ =5V h www + R₂ = 330002 Figure 5. A complex circuit network w + R3-470002
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- in the circuit, the voltage across R1 in volts is ___ in the circuit, the voltage across R2 in volts is ___ in the circuit, the voltage across R3 in volts is ___Please see attached. Hello. Could you help me out with this problem I am working on? I keep getting different answers and I'm not sure that I'm doing it correctly. Thank you for your time and helpPlease help me solve questions 1-5 using the given values found.
- Hello. I am getting lost working through this practice problem in my book. I am very confused and was hoping you could help me out. Thank you for your time.Please in typing format please ASAP for the like Please answer the same toUsing the rules for parallel circuits and Ohmslaw, solve for the missing values. ETE1E2E3E4ITl1I2l33.2AI4RT3.582R116R210R3R420PTP1P2P3P4
- Two cities A and B are connected by a 200km long train line. A train leaves A for B at 20 km / h at the same time as another train leaves B for A at 5 km / h. In the samemoment a fly leaves from A to B following the train line. The fly flies at 40 km / h until it collides with train B. At that moment it returns instantly and follows the train line until it collides with train A. At that moment it returns instantly and follows the line of the train. train until it collides with train B. The fly continues this process, traveling ever smaller distances until the two trains meet. (It is an ideal problem and the fly does not get squashed by the trains).What is the total distance traveled by the fly?ELTE 108 Homework 6 Circuit One: R3 = 950 2 R1 = 260 N E, = E3 = I, = 13 = ET = 208 V RT = R2 = 140 Q R4 = 650 N E2 = E4 = 12 = l4 = 950 650 0610_assign_ELTE108_Homework_06_2011-11-04ACC.docx Circuits: ver 2011-11-04 mjf Page 2 of 6 -/21. Source Transformation
- Hello. I believe i am getting close but I want to make sure I am doing it right because I'm not yet confident. Thank you for your time and help.Two hypothetical circuit element (shown by the blue rectangle), are shown in the figure. We will refer to them as the top circuit and the bottom circuit. Determine the best match to the behavior for each circuitWe now have a function file called myCircuit.m that solves for the currents in the following system of equations: i₁ + 12 = 13 V₁-i₁R₁ - 13R3 = 0 V2-i2R2 - 13R3 = 0 The circuit has R₁ = 1022, R₂ = 2002, and R3 = 409. The first battery has a fixed voltage V₁ = 35V, but the second battery can be adjusted to anything between 20V and 60V. We want the current is to be 0.77A. We will find the V₂ that produces this current by starting at V₂ = 20V and incrementing V₂ by 0.01V until we get i3 greater than or equal to 0.77A. Write a script file called current.m that calls myCircuit.m inside a while loop in order to determine what voltage we should select for V₂. This problem assesses how you can handle vector outputs to functions.