Referring to the circuit described in Questions 8 and 9, determine the drop across each of the resistors.
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- The reading of ammeter A1 is____ A.The reading of ammeter A2 is____ A. The reading of ammeter A3 is ___ A.arrow_forwardGiven the circuit shown in the figure, use the words “increases,” “decreases,” or “stays the same” to complete the following statements. (a) If R7 increases, the potential difference between A and E _____. Assume no resistance in the ammeter and the power supply (b) If R7 increases, the potential difference between A and E _____. Assume nonzero resistance in the ammeter and the power supply (c) If R7 increases, the voltage drop across R4 _____. (d) If R2 decreases, the current through R1 _____. (e) If R2 decreases, the current through R6 _____. (f) If R2 decreases, the current through R3 _____. (g) If R5 increases, the voltage drop across R2 _____. (h) If R5 increases, the voltage drop across R4 _____. (i) If R2, R5, and R7 increase, ℇ (r = 0) _____.arrow_forwardA method for finding total resistance of parallel resistors is _____. Select one: A. RESISTORS OF EQUAL VALUE B. ALL OF THE ABOVE C. PRODUCT OVER SUM D. RECIPROCAL FORMULAarrow_forward
- (b) Using the nodal analysis method, calculate the voltages V1 and V2 in Figure Q1(b) and calculate the currents in the 102 resistor. (Use A = your first two number of your identification number/ passport number and use B = your last two number of your identification number/ passport number (Use 10 if your number for A and B are 00). (For example if your number is 991030-03-5344 : A is 99 and B is 44) A=10 B=21 V1 V2 A V 10N BV reference node Figure Q1(b)arrow_forwardPredict how all test point voltages (measured between each test point and ground) in this circuit will be affected as a result of the following faults. Consider each fault independently (i.e. one at a time, no multiple faults): R₁ TP1 TP2 TP3 R₂ R₂ • Resistor R₁ fails open: • Resistor R₂ fails open: • Resistor R3 fails open: • Solder bridge (short) past resistor R₂: For each of these conditions, explain why the resulting effects will occur.arrow_forwardind the Voltages of all four nodes in the diagram for the following questions.(USE NODAL ANALYSIS) Please show all work!! (a) b0 is a voltage source of 1 Volt, b1,b2,and b3 are at 0V (b) b1 is a voltage source of 2 Volts, b0,b2,and b3 are at 0V (c) b2 is a voltage source of 4 Volts, b1,b0,and b3 are at 0V (d) b3 is a voltage source of 8 Volts,b1,b2,and b0 are at 0Varrow_forward
- Answer the following questions related to a series/parallel combinational circuit configured as follows: R1 is in series with the source and also in series with the parallel combination of R2 and R3. The circuit’s voltage is +24VDC, R1= 4.5kΩ, R2=30kΩ, and R3=10kΩ. The voltage drop across R1 in the circuit described above is __________. Use correct engineering notation and unit measure!arrow_forwardFont Paragraph Styles C-- --- _- --- -- C - ---- --- --- Q 7. For the given data, determine the number of PV panels required with 240 Wp. Time of user Total energy (b) Item Quantity Power per item (W) Total Power (W) (Wh) Light 4 25 100 400 TV 1 100 100 500 Desktop 1 100 100 900arrow_forward1. Calculate the current that passes in resistor 3 by the Superposition method. Case V1 = ___________ Case V2 = ___________ Case V3 = ___________arrow_forward
- Give the value of the following resistors: with solutions(Must write final value to short notation using KOhms, MOhms, etc. if applicable) 6. Green, red, Orange, gold7. Blue, Violet, red, silver8. Orange, orange, red, silver9. Red, Orange, Green, gold10. Red, brown, black, silverarrow_forward2 parts ( A-B ) Read and solve carefully please write clearly and box the final answer Part A - What is the value of the resistor shown below in ohms? Don't use scientific notation.? Part B - What is the numerical value for LED_BUILTIN for Arduino Uno? In other words, which pin is connected to the built-in LED?arrow_forwardSolve this problem correctly and completely. Box your final answer with proper unit.arrow_forward
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