19. Fill in the blanks about advantages and disadvantages of a series circuit and parallel circuit. a. An advantage of a series circuit is that it uses power and less to use. b.The main disadvantage of a series circuit is that it's either all or all c. An advantage of a parallel circuit is that there is control of power at each branch and if one light bulb burns out it does not the current in the other light bulbs. d.The main disadvantage of a parallel circuit is that it uses power and more to use. 20. Answer the following based on the VIR properties of a series circuit. a. In a series circuit is divided proportionally among each light bulb. is the same everywhere. b. In a series circuit c. In a series circuit total resistance is than any one source of resistance.

19. Fill in the blanks about advantages and disadvantages of a series circuit and parallel circuit. a. An advantage of a series circuit is that it uses power and less to use. b.The main disadvantage of a series circuit is that it's either all or all c. An advantage of a parallel circuit is that there is control of power at each branch and if one light bulb burns out it does not the current in the other light bulbs. d.The main disadvantage of a parallel circuit is that it uses power and more to use. 20. Answer the following based on the VIR properties of a series circuit. a. In a series circuit is divided proportionally among each light bulb. is the same everywhere. b. In a series circuit c. In a series circuit total resistance is than any one source of resistance.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Vocabulary Series: Items are all on one loop connected to the sides of the power source (battery) Parallel: items are on separate loops connected to the sides of the power source (battery) 1. Draw a circuit with a bulb, switch, and single cell, connected with wire. 2. Draw a circuit with 2 bulbs in series with a resistor, a switch, and a 2 cell battery connected with wire. 3. Draw a circuit with a buzzer and a light bulb in parallel with 2 switches and one 2 cell battery connected with wires. 4. Draw a circuit with 10 light bulbs in series with a switch and an AC power source connected with wires. 5. Draw a circuit with a motor, a switch, and two 2-cell batteries in series connected with wires.
2. For the circuit given in Figure 2: a) Draw the equivalent circuit. b) Assume that a 30 volt 2 amp power supply is connected to the circuit and calculate the current flowing through the 5k0 resistor step by step. 3000 2000 B000 2000 30 5 KO 15 10 Figure 2 BusBeard.com
TOA 10. Which combination of resistors will produce the lowest total resistance in a circuit? d. three 10-2 resistors in parallel a. two 10-2 resistors in series b. two 10-2 resistors in parallel e. four 10-2 resistor in series C. three 10-2 resistors in series
1. For the series circuit shown, a) Redraw and label the circuit using standard schematic symbols. b) Draw the direction of the conventional current. flow through the circuit when the switch is closed. c) Calculate the equivalent resistance. d) Solve for cach resistor's I, V and P. 12 12 Volts
4. Draw a circuit diagram of a resisior and a lamp connected in parallel to a battery, with a switch that would only turn off the lamp. 5. Draw a circuit diagram with one battery supply, one lamp connected in a series.
1. Determine the equivalent resistance of the complex circuit shown below. 6人。 a gomplox circuit shown below.
No explanation needed
2. If you change the value of the battery voltage: a. How does the current through the circuit change? (answer, explain, evidence) b. How does the resistance of the resistor change? (answer, explain, evidence)
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2. An ideal battery (no resistance) for which V =9 Volts is placed in series with a 100 2 resistor and a 20 mF capacitor in a closed loop circuit, as shown in the figure below. What is the RC time constant? The switch is closed at time t= 0. What will be the current in the-circuit just after the switch is closed? What is the current in the circuit a long time after the switch is closed? Use DESMOS to make a graph of the current in amperes versus the time in seconds, from t= 0 to t = 5RC.