Using voltage divider for the below circuit Find V₂ ? U₁ 10 V + 01 R₁ 8 ΚΩ O R₂ 12 2 ΚΩ U2
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Q: Using voltage divider for the below circuit Find v₂ ? U₁ 10 V + 01 R₁ 8 ΚΩ O R₂ 2 ΚΩ +51
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- What is the Power dissipated by the resistors in Watts where I=47, R1=1,495, and R2=4,902?Using series-parallel of batteries, determine I1, I2, & I3. (ans: I1 = 0.6667 A, I2 = 0.3333 A, I3 = 1 A)1.Three resistors A, B, C are connected in parallel and take a total of 8.5A. Resistor A, takes 3A and has a resistance of 50Ω; also, the current B is twice as much as that through C. Determine (a) currents IB and IC, (b) the line voltage, and (c) resistances RB and RC.
- Return the simplified circuit to its original form and get currents i1 to i9 (flowing through each resistor R1 to R9) as well as the voltage v1 to v9 across each resistor. It=13A Rt= 3.08 Vt=40.04VHow can I get a Kv base? I don't know why I get the kv base as (5x10^3/10x10^3)x9600Using delta to wye conversion. Answer the ff. 1. What is the equivalent resistance (in kohm) across terminal a-b? 2. If 10 V is applied across terminals a-b, what is the voltage (in V) across terminals a-x? Circle your final answer include notes please
- ASAP A circuit have a 12 and 15 Ohm resistor in parallel then in Series with a 8 Ohm Resistor. What is the current if the voltage is 24v? 0.0682 A 1.63 A 0.6857 A 1.4583 AExplain why (This is voltage divider) Terminal D = 20 Vdc Terminal C = 10 Vdc Terminal A = -15 VdcHello Please help me to determine the individual contribution of the: I1 current source to Vx and V1 voltage source to Vx. I got Vx(I1)= 0.0863V and Vx(V1) =1.4186V but I'm not sure about my answers.