Circuits with more than one resistor, then Watt happens? Series and Parallel are the 2 ways of connecting multiple resistors.

Slides:

Advertisements

Similar presentations

Series and Parallel Circuits

Advertisements

Unit 7 Parallel Circuits

Kirchhoff’s laws. Kirchhoff’s laws: current law: voltage law: Equations.

DC circuits Physics Department, New York City College of Technology.

Parallel Circuit electricity has more than one path to follow total amps are equal to the sum of the individual amps total watts are equal to the sum of.

Circuits Series and Parallel. Series Circuits Example: A 6.00 Ω resistor and a 3.00 Ω resistor are connected in series with a 12.0 V battery. Determine.

Electric Circuits Chapter 20.3.

Electricity refers to the presence of electric current in wires, motors, light bulbs, and other devices. Electricity carries power. Power (P)

Before we get started, let’s review: Describe a Series Circuit.

Resistors in Series and Parallel Circuits. Resistors in circuits To determine the current or voltage in a circuit that contains multiple resistors, the.

Electricity. Composition of matter Electrical Charge Current flow Voltage Source Cells & Batteries Resistance & Conductance Electric Circuits.

Series Circuits Circuits in which there is only one path for current to flow through All elements of the circuit (resistors, switches etc…) are in the.

Arsenie, May 2015 Electrostatics. Electrostatics, or electricity at rest, involves electric charges, the forces between them, and their behavior in materials.

Electric Circuits A circuit is a path where a current can flow If the flow is to be continuous, the can be no gaps in the path Introduce gaps in the form.

Series and Parallel Circuits ~different ways of wiring multiple resistors.

4.2.3B Electrical Power What About Watts?. Power Law Moving electrons (current) requires ENERGY How much energy gets used depends on: Strength of push.

Series and Parallel Circuits. Series Circuit Current must pass through all resistors.

Circuits and Ohm’s Law Objectives: 1. Gain an understanding of Ohm’s Law. 2. Compare and contrast the movement of current through a series and parallel.

PARALLEL CIRCUITS HAVE MORE THAN ONE POSSIBLE PATHWAY FOR ELECTRONS.

Electric Circuit. SERIES CIRCUIT +- RARA RBRB In this Circuit, electric current has one path to flow (1) The current is same everywhere in the circuit.

ELECTRIC CURRENT 2 Ohm’s law shows the relationship between current, potential, and voltage. We need a few more rules to make predictions about current.

Welcome to Phase III Understanding & Calculating Parallel Circuits This phase should only be opened if you are finished with Phase II.

Concept Review The _______________is the same everywhere in a simple series circuit The equivalent ______________of a series circuit is the ___________of.

RESISTANCE OF A SYSTEM OF RESISTORS Resistance can be joined to each other by two ways: Electricity Combination of Resistors 1. Series combination 2. Parallel.

Electric Circuits. Potential Electric Potential is just like gravitational potential It depends on –The distance from the source –The amount of charge.

 Source of voltage difference ◦ Battery, outlet  At least one device that uses the electrical energy ◦ Radio, microwave, clock, etc  Conductor that.

Lesson 2 How do electric circuits work?. Electric Circuits You know that electric circuits only work when the circuit is closed. OPEN.

Chapter 23 Series & Parallel Circuits. Series Circuit A circuit with only one path.

Series Series circuits Current in series circuits Voltage in series circuits.

Electrical Energy in Circuits and Conductive material

ELECTRIC CURRENTS. SIMPLE CIRCUIT What’s providing the energy? What’s “moving” in the circuit? What’s causing the movement? e.m.f. = Electromotive Force.

Kirchhoff’s laws. Apply Kirchhoff’s first and second laws. Calculate the current and voltage for resistor circuits connected in parallel. Calculate the.

Warm-up: A light bulb with 100 ohms of resistance is connected to a 9 volt battery. How much current is running through the light bulb? Warm-up: A light.

Electrical Current and Circuits How Electricity Gets To Where It Is Going.

Series & Parallel Circuits

CELLS IN SERIES AND PARALLEL Lesson 9. Cells in Series  The electric potential given to a single electron by a dry cell has an average voltage of around.

5.2.2 D.C. Circuits Practical circuits Electromotive force and internal resistance Kirchhoff’s laws Series and parallel arrangements Potential divider.

Starter All resistors in a series circuit have the same _________________. All resistors in a parallel circuit have the same_________________. As you add.

 Circuit = Complete path where electrons can flow  Circuit diagram symbols:  Wire/Conductor  Resistor (light bulbs, fans)  Battery  Switch.

Solving Problems 14.1 & A circuit contains 5-ohm, 3-ohm, and 8-ohm resistors in series. What is the total resistance of the circuit? Rt = R1.

Determining Equivalent Resistance

WARM UP Draw a picture of a SERIES Circuit. Show a battery, a switch, and a light bulb in your drawing. Draw a picture of a PARALLEL Circuit. Show a battery,

Circuit Diagrams Circuit diagrams use symbols to represent the different components of an electric circuit The most common components of simple electric.

9I Energy and Electricity

Series Circuit – 1 bulb Series Circuit – 1 bulb.

Circuits Any complete path along which electrons (charge, current) can flow. Can be arranged in series or in parallel.

Electric Potential Energy and Voltage

Resistors in Series and Parallel Circuits

Circuits Chapter 35.

Series and Parallel Circuits

Resistors & Capacitors in Series and Parallel

Circuits & Voltage.

Topic H: Electrical circuits

Circuits with more than one resistor, then Watt happens?

Series and Parallel Circuits

Electrical energy By; Kemi and Kim.

Series vs Parallel Circuits

Electrical Quantities

Series and parallel circuits

Comparing Series and Parallel Circuits

Series and Parallel Resistors

Basic Circuits.

Parallel Circuits.

Bell Work: series circuits (use your phet simulation)

Warm up 2/18 Explain Power What formula do you use to calculate the power used in a circuit? How can you know how much current will flow or how much voltage.

Presentation transcript:

Circuits with more than one resistor, then Watt happens? Series and Parallel are the 2 ways of connecting multiple resistors

Series Circuits In a Series Circuit there is only one path for charges to flow so the current (I) is the same everywhere.

Series Circuits The total Resistance is the sum of the 2 resistor values: R total = R 1 +R 2 To Find the Current (I), use I = V/R total

Series Circuits The battery puts in Volts (energy = skittles) and each of the resistors uses up some of the Volts. Together the 2 resistors use up the total Volts that the battery puts in.

Series Circuit

Series Circuit

Parallel Circuit In a parallel circuit both resistors get the same amount of voltage as the battery puts in.

Parallel Circuit Now moving charges (current) has a choice of which path to take. The current (I) must be conserved so I1 =I2 + I3

Parallel Circuit Rule for finding the total resistance in parallel: 1/R total = 1/R 1 + 1/R 2 Use this total resistance to find the current (I) supplied by the battery

Parallel Circuit