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Series-Parallel Connection of Resistors A. Answer the following: 1. Two resistors of differing resistance are in series and connected to a battery to form a complete circuit. Which resistor has more current? 2. Two resistors of differing resistance are in series and connected to a battery to form a complete circuit. Which resistor has more voltage across it? 3. Two resistors of differing resistance are in parallel and connected to a battery to form a complete circuit. Which resistor has more electric power dissipation? B. Solve: 1. Three resistors that have values of 100, 200, and 30 are to be connected. a) How should you connect them to get the maxi- mum equivalent resistance and what is this max- imum value? D) How should you connect them to get the mini- mum equivalent resistance and what is this mini- mum value? 2. Three resistors with values of 5 , 10 and 15 are connected in series with a 9 V battery. a) What is the total equivalent resistance? b) What is the current in each resistance? c) What is the power rating of the 15 resistor? 3. Three resistors with values 1, 2 and 4 ar connected in parallel in a circuit with a 6 V battery. What are a) The total equivalent resistance b) The voltage across each resistor c) The power delivered to the 4 resistor

Series-Parallel Connection of Resistors A. Answer the following: 1. Two resistors of differing resistance are in series and connected to a battery to form a complete circuit. Which resistor has more current? 2. Two resistors of differing resistance are in series and connected to a battery to form a complete circuit. Which resistor has more voltage across it? 3. Two resistors of differing resistance are in parallel and connected to a battery to form a complete circuit. Which resistor has more electric power dissipation? B. Solve: 1. Three resistors that have values of 100, 200, and 30 are to be connected. a) How should you connect them to get the maxi- mum equivalent resistance and what is this max- imum value? D) How should you connect them to get the mini- mum equivalent resistance and what is this mini- mum value? 2. Three resistors with values of 5 , 10 and 15 are connected in series with a 9 V battery. a) What is the total equivalent resistance? b) What is the current in each resistance? c) What is the power rating of the 15 resistor? 3. Three resistors with values 1, 2 and 4 ar connected in parallel in a circuit with a 6 V battery. What are a) The total equivalent resistance b) The voltage across each resistor c) The power delivered to the 4 resistor

College Physics
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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Series-Parallel Connection of Resistors A. Answer the following: 1. Two resistors of differing resistance are in series and connected to a battery to form a complete circuit. Which resistor has more current? 2. Two resistors of differing resistance are in series and connected to a battery to form a complete circuit. Which resistor has more voltage across it? 3. Two resistors of differing resistance are in parallel and connected to a battery to form a complete circuit. Which resistor has more electric power dissipation? B. Solve: 1. Three resistors that have values of 100, 200, and 30 are to be connected. a) How should you connect them to get the maxi- mum equivalent resistance and what is this max- imum value? D) How should you connect them to get the mini- mum equivalent resistance and what is this mini- mum value? 2. Three resistors with values of 5 , 10 and 15 are connected in series with a 9 V battery. a) What is the total equivalent resistance? b) What is the current in each resistance? c) What is the power rating of the 15 resistor? 3. Three resistors with values 1, 2 and 4 ar connected in parallel in a circuit with a 6 V battery. What are a) The total equivalent resistance b) The voltage across each resistor c) The power delivered to the 4 resistor
Transcribed Image Text:Series-Parallel Connection of Resistors A. Answer the following: 1. Two resistors of differing resistance are in series and connected to a battery to form a complete circuit. Which resistor has more current? 2. Two resistors of differing resistance are in series and connected to a battery to form a complete circuit. Which resistor has more voltage across it? 3. Two resistors of differing resistance are in parallel and connected to a battery to form a complete circuit. Which resistor has more electric power dissipation? B. Solve: 1. Three resistors that have values of 100, 200, and 30 are to be connected. a) How should you connect them to get the maxi- mum equivalent resistance and what is this max- imum value? D) How should you connect them to get the mini- mum equivalent resistance and what is this mini- mum value? 2. Three resistors with values of 5 , 10 and 15 are connected in series with a 9 V battery. a) What is the total equivalent resistance? b) What is the current in each resistance? c) What is the power rating of the 15 resistor? 3. Three resistors with values 1, 2 and 4 ar connected in parallel in a circuit with a 6 V battery. What are a) The total equivalent resistance b) The voltage across each resistor c) The power delivered to the 4 resistor
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