01_Electrical Circuits

Analog Meter Reading

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leaving a freevway. Current from the opposite side must travel further, weakening the potential on that side. This creates a potent the motor in that direction, causing the motor to spin. O Only the side where the switch is closed forms a cormplete circuit, so the motor must spin in that direction. Answer the questions and submit the photos for questions 2 -9using the circuit from STEP 2. D2 Yellow R1 50 Q R2 50 0 R3 PSB (+ 5 V 100 aLW R4 D1 100 Q Blue SW1 Sw2 Question 2 本

it is the ratio of measured voltage to the measured current of an electrical load circuit. A. Resistance  B. Hot resisitance  C. Cold resistance  D. infinite Resistance

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14. Which of the following lead-acid battery voltages has the highest value?A. Equalize voltageB. Open-circuit voltagels.C. Discharge voltageD. Floating voltage   Obs: I inform you that the answer to letter " A " is wrong, according to the test I did. I appreciate your help which of this question is the correct answer. thanks

Part II: The potential difference across different elements of a circuit resistance in series 1. Using the circuit shown below, set R1 and R2 as shown in the chart below. For each pair of resistances in the chart below, record the drop in voltage, or potential, across R1 (Figure a), drop in voltage, or potential, across R2 (Figure b), then record it across both resistors (Figure c). R, R, E, E, R, Figure a Figure b R, E, E, R, Figure c them Resistance Values, Voltage Drops, and Curfent Data Values R, (ohms) (ohms) R2 V, (volts) 4 1-716 V 1.47 V V2 (volts) 0.268 V V12 (volts) | (amps) 26 1.984 1.978 V 65.6 MA 22 0.531 V 65.6 MA 18 1-978 V 12 0.920 V L.182 V 0796 V 65.6 mA 1.980 V 1.981 V 14 16 1.062 V 65.6 mA 10 20 0.657V 1.325 V 24 1.985 V 65.7 mA 0- 398 V 1. 587 V 65.6 mA please help mewith Question 2 and 3 no calculation needed just a faugafh combination from the voltage and current numbers for that combination. Can this be developed 2. From the data above, explore the relationship…

For Figure 1 switch circuit: a. derive the switching algebra expression that corresponds one to one with the switch circuit. b. derive an equivalent switch circuit with a structure consisting of a parallel connection of groups of switches connected in series. (Use 9 switches.) c. derive an equivalent switch circuit with a structure consisting of a series connection of groups of switches connected in parallel. (Use 6 switches.) B' Figure 1. Switch Circuit

Circuit with Three Open and Closed Switches-Ammeter Readings Shown below is a DC circuit that contains a number of switches. The resistance of each switch is negligible when closed. All of the connecting wires may be considered to have zero resistance. All of the resistors shown are identical. The circuit contains an ideal ammeter. The diagram shows all of the switches open. Beside the diagram are eight different switch configurations for the circuit. Rank these configurations in terms of the ammeter reading. That is, put first the configuration for which the ammeter gives the largest reading, and put last the configuration for which the ammeter gives the smallest reading. If two or more configurations produce the same ammeter reading, give these configurations equal ranking. Configuration S1 S2 S3 Оpen Оpen Оpen S1 Орpen Орen Closed Оpen Closed Оpen Оpen Closed Closed S2 Closed Оpen Оpen Closed Оpen Closed G Closed Closed Оpen H Closed Closed Closed Largest 1 3 4 6. 7 8. Smallest Or,…

Two resistances of 10 and 15 ohms each respectively are connected in parallel. The two are then connected in series with a 5 ohm resistance. With 25 volts supply for the entire circuit. a. What is the equivalent resistance? b. Power at 15-ohm resistance.