Q1. A circuit with R1= 1 Kilo ohm is connected in series with R2=3 Kilo ohm, if RL is attached in parallel with R2, then the voltage across R1 doubles. What is the value of RL if you know that the total applied voltage is 40 volt? * *
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- (a) If element X of the circuit is an independent current source, with the arrow pointing upward, marked is. What is is worth if none of the four circuit elements absorb power? (b) Let element X be an independent voltage source, with the reference + at the top and marked as vs. How much is it worth vs if the voltage source does not absorb power?Three resistors of 50 ohms, 100 ohms, and an unknown resistance R are connected in parallel and the combination is connected to a 25-V source. If the total current delivered by the source of 1 A, determine the current in amperes in the 50-ohm resistor. NOTE Express your final answers accurate to four decimal places; avoid rounding off intermediate values in the solutions to avoid deviation due to rounding-off within the solution. USE ENG NOTATION. Calculate VR3, in other words, the voltage drop across R3. b. Calculate the power R1 takes up c. Calculate the power R2 takes up d. Calculate the power in voltage source V1 e. Calculate the power in current source I1
- Find the tension V0. The source supplies a voltage of 152 Volts and the resistance R is 23 Ohms. Explicitly write the value of current i0 . If you do not write it explicitly, it will be taken as wrongly answered.Make source transformations and resistance calculations in the electrical circuit given in Figure 2.1 and express the electrical circuit as in Figure 2.2. Later Vs. Calculate R and I values.1) Consider the circuit shown with a battery pack and three similar lightbulbs, with two ammeters included in the circuit, before and after the lightbulbs. How do you expect the readings of the two ammeters to compare? I1 > I2 I1 = I2 I1 < I2
- 1. In an electric circuit where the voltage is 100 V and the resistance is 25 kilo-ohms, what is the current? a. 4 mA b. 25 mA c. 25 A d. 40 A 2. The ability of a 1/4 watt resistor to give off heat is related to its a. type of material b. mounting hardware c. type of conductance d. physical size 3. The three important ratings all resistors have are a. resistance, tolerance and wattage b. size, shape, and wattage c. length, diameter, and ability to give off heat d. wattage, length and voltageTopic: Ohm's Law, Current, Voltage and Resistance Concepts Kindly answer the problem. Thank you.For the circuit given, If V=44 V, R1= 24 ohms, R2 = 16 ohms, R3 = 16 ohms. Voltage drop across 16 ohms resistor is,_________. See the Pic
- Consider the following circuit and calculate:a. The voltage drops across the 5Ω resistor? b. The current passing through the 30Ω resistor?c. The power developed in 7 Ω resistor? d. The power developed in 18Ω resistor? e. The voltage at point X with respect to the earth? (question in more detail in picture attached)2. Discuss the relationship of the current, voltage, and power of your connected circuit.This is non graded - its only to verify my HW What does P, L and A have to equal to get the 9.7 ohms on the simulation tool? link for the tool is here: https://phet.colorado.edu/sims/html/resistance-in-a-wire/latest/resistance-in-a-wire_en.html The resistance appears to be 9.7 ohms Assume the following parameters for our resistor: ρ = 60 × 10-5 Ω·m L = 7.2 inches Diameter = 3.8 mm