Maleny electricity
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Electricity is an electric current that can flow through conductors and is used as a power source. It requires a closed circuit and power supply to flow in one direction through materials. Conductors allow electron flow while insulators do not. Resistors resist but do not stop current. Circuit configurations like series and parallel determine how electricity is distributed; series has one path while parallel has multiple. Parallel circuits are common in buildings to independently power different rooms.
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Electricity and Circuits Class 6
Click Here: https://www.digistore24.com/redir/269221/Manikji/
Topics Included:
• Inside View of a Torch
• Electric Bulb
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Basic Electricity 4th grade level
Electricity is the flow of electrons through conductors. It is present in lightning and power grids and allows appliances to function when plugged in. A circuit needs both a power source and a closed loop to allow electricity to flow. Switches and bulbs can be added to circuits to control and indicate the flow of electricity, with parallel circuits powering multiple devices simultaneously and series circuits requiring uninterrupted flow.
Basic electricity
This is about electricity. I describe insulators, conductors, parallel circuits, series circuits, and some examples.
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The document provides an overview of electricity and circuits for 5th grade science. It defines atoms as made up of protons, neutrons, and electrons. Electricity occurs when electrons move between atoms. There are two types of electricity - static and current. Current electricity needs a power source like a battery and a complete circuit to flow. Circuit diagrams use symbols for components like cells and wires. There are two main types of circuits - series circuits where a break in one component breaks the whole circuit, and parallel circuits where a break leaves other parts still working. Students are asked to draw and build examples of each.
Circuits1
Electricity flows through circuits in a complete path called a closed circuit. Flashlights use batteries to power a light bulb through a closed circuit that is opened and closed by a switch. Circuits require a power source, conductor, and load, with electricity only flowing when the path is complete. Common conductors include metals, while insulators prevent electricity from flowing through materials like plastic or rubber. Circuits can be connected in series with one switch controlling all components, or parallel with individual switches for each component. Standard symbols are used to diagram electrical circuits.
How does electricity affects our life
Electricity affects our lives in many ways. It is the flow of electric charges called current. Electricity allows devices like lights and appliances to function. Current flows through circuits which must be closed loops with a power source, wires, and a load. Circuits can be connected in series or parallel. Safety devices like fuses and circuit breakers help control electric current and prevent hazards by opening the circuit if current flow becomes too high. Proper use and understanding of electricity helps ensure it benefits our lives safely.
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Static electricity builds up charge on objects but does not flow, storing potential energy. Current is the flow of electrons through a conductor, measured in amperes. There are two types of current: direct current flows one way while alternating current reverses direction. Circuits can be series, where all components are on one path, or parallel with multiple branching paths. Conductors easily transmit current while insulators do not. Resistance opposes current flow and is influenced by various material properties. Voltage measures the energy pushing current through a circuit. Ohm's Law defines the relationship between resistance, voltage and current. Electromagnets use current-carrying coils to generate magnetic fields, generators convert mechanical to electrical energy, and motors do the opposite
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This document discusses electricity and electrical circuits. It begins by asking what a day without electricity would be like. It then defines electricity as the flow of electrical power or charge through a material. It discusses primary and secondary cells, including common examples like dry cells, batteries, and button cells. It describes the structure and function of dry cells. An electric circuit is defined as the path of electricity flow, and it lists the basic components as a source, switch, connecting wires, and appliance. Circuit diagrams use symbols to represent electric circuits. Common conductors of electricity like silver, copper and aluminum are also mentioned. The document closes by asking about the uses of electricity around us.
Recommended
Electricity and Circuits Class 6
Click Here: https://www.digistore24.com/redir/269221/Manikji/
Topics Included:
• Inside View of a Torch
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• Electric Circuit
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• Open and Closed Switch
• Solar Cell
• Conductor and Insulator
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Electricity is the flow of electrons through conductors. It is present in lightning and power grids and allows appliances to function when plugged in. A circuit needs both a power source and a closed loop to allow electricity to flow. Switches and bulbs can be added to circuits to control and indicate the flow of electricity, with parallel circuits powering multiple devices simultaneously and series circuits requiring uninterrupted flow.
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This is about electricity. I describe insulators, conductors, parallel circuits, series circuits, and some examples.
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The document provides an overview of electricity and circuits for 5th grade science. It defines atoms as made up of protons, neutrons, and electrons. Electricity occurs when electrons move between atoms. There are two types of electricity - static and current. Current electricity needs a power source like a battery and a complete circuit to flow. Circuit diagrams use symbols for components like cells and wires. There are two main types of circuits - series circuits where a break in one component breaks the whole circuit, and parallel circuits where a break leaves other parts still working. Students are asked to draw and build examples of each.
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Electricity flows through circuits in a complete path called a closed circuit. Flashlights use batteries to power a light bulb through a closed circuit that is opened and closed by a switch. Circuits require a power source, conductor, and load, with electricity only flowing when the path is complete. Common conductors include metals, while insulators prevent electricity from flowing through materials like plastic or rubber. Circuits can be connected in series with one switch controlling all components, or parallel with individual switches for each component. Standard symbols are used to diagram electrical circuits.
How does electricity affects our life
Electricity affects our lives in many ways. It is the flow of electric charges called current. Electricity allows devices like lights and appliances to function. Current flows through circuits which must be closed loops with a power source, wires, and a load. Circuits can be connected in series or parallel. Safety devices like fuses and circuit breakers help control electric current and prevent hazards by opening the circuit if current flow becomes too high. Proper use and understanding of electricity helps ensure it benefits our lives safely.
Electricity
Static electricity builds up charge on objects but does not flow, storing potential energy. Current is the flow of electrons through a conductor, measured in amperes. There are two types of current: direct current flows one way while alternating current reverses direction. Circuits can be series, where all components are on one path, or parallel with multiple branching paths. Conductors easily transmit current while insulators do not. Resistance opposes current flow and is influenced by various material properties. Voltage measures the energy pushing current through a circuit. Ohm's Law defines the relationship between resistance, voltage and current. Electromagnets use current-carrying coils to generate magnetic fields, generators convert mechanical to electrical energy, and motors do the opposite
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This document discusses electricity and electrical circuits. It begins by asking what a day without electricity would be like. It then defines electricity as the flow of electrical power or charge through a material. It discusses primary and secondary cells, including common examples like dry cells, batteries, and button cells. It describes the structure and function of dry cells. An electric circuit is defined as the path of electricity flow, and it lists the basic components as a source, switch, connecting wires, and appliance. Circuit diagrams use symbols to represent electric circuits. Common conductors of electricity like silver, copper and aluminum are also mentioned. The document closes by asking about the uses of electricity around us.
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This document discusses electricity and electrical circuits. It defines conductors as materials that allow electric current to pass through and insulators as materials that do not allow current to pass through. It explains that batteries and generators are common sources of electric current and that batteries produce electricity through chemical reactions, with primary cells being non-rechargeable and secondary cells being rechargeable. The document also provides diagrams of open and closed circuits and labels the basic parts of a simple light bulb.
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Electricity can be summarized as follows:
1. Electricity is a type of energy caused by the flow of electrons from negative to positive points. Charge is measured in coulombs and current is the rate of flow of electric charge measured in amperes.
2. Kirchhoff's laws describe the fundamental rules of circuit analysis regarding voltage and current. Ohm's law defines the relationship between voltage, current, and resistance in circuits.
3. There are different types of circuits including series, parallel and combinations. Components behave differently depending on the circuit type regarding voltage and current.
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The document discusses electricity and circuits. It explains that an electric bulb connected to an electric cell with wires will glow, forming a simple electric circuit. A torch uses a battery and bulb connected by a sliding switch - pushing the switch forward completes the circuit and lights the bulb, while pushing it back breaks the circuit and turns the bulb off. The document also defines conductors as materials that allow electric current to pass through, like metals, while insulators do not allow current and include materials like rubber and plastic.
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Electrons moving between atoms causes electricity. Electricity is the flow of electrons through a conductor in a closed circuit. There are two types of circuits: series circuits which have one path for current and parallel circuits which have more than one path. Common household items like lights use parallel circuits powered by batteries which supply energy to move charges through the circuit.
4th grade ch. 13 sec. 2 how do electric charges flow
Electric current is the continuous flow of electric charges through a material. It can only exist in a complete electric circuit, which provides an unbroken path for charges to flow. Conductors are materials that allow easy flow of charges, while insulators do not allow charges to move freely. Resistance measures how difficult it is for charges to flow through a material. Series circuits have one path for current, while parallel circuits have several paths and decreased resistance.
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This document provides an overview of electricity and electrical circuits. It defines electricity as the flow of electric current and notes that electricity is caused by an imbalance of positive and negative charges. It then explains that an electrical circuit provides a complete path for electricity to flow through devices. Common examples of circuits include household wiring and car batteries. The document discusses the differences between open and closed circuits and how switches are used to open and close circuits to control the flow of electricity.
Quantities of a Circuit
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Basic current electricity notes (1)
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Electric current and its effects is a educational slide on how electric current affects things and its uses in our daily life.
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This document discusses electricity and electric circuits. It explains that electricity is produced at power stations and distributed for use. Electric cells produce small amounts of electricity from chemicals and have positive and negative terminals. Electric bulbs contain a filament that glows when electric current passes through it as part of a closed circuit from the positive terminal of a cell to the negative terminal. The document also describes electric switches, conductors, insulators, and how to test materials as conductors or insulators using a conduction tester. Dry cells are mentioned as a source of direct current electricity that can power devices like electric torches.
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Electricity is the flow of electrons. Atoms contain electrons that can jump from one atom to another, constituting the flow of electricity. Electricity powers devices like light bulbs and radios by allowing electrons to flow through wires in a circuit. A circuit is a complete, unbroken conductive path that allows electric current to flow from the power source back to it, such as the two prongs of a plug connecting to the wall outlet.
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Shannah's Electricity Log documents key concepts about electricity including:
1) A closed circuit provides an uninterrupted path for electric current to flow, while an open circuit is incomplete.
2) Thomas Edison invented the light bulb, which uses a filament that becomes very hot when electricity passes through it.
3) Conductors allow the flow of electricity, heat, or sound while insulators do not conduct these.
4) Series and parallel circuits differ in whether they provide one or multiple paths for electric current.
5) Static electricity and lightning both involve the buildup and discharge of electric charges, though lightning discharges much faster.
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Electricity flows in a circular motion through a circuit that requires a power source, insulator, and conductor. A battery acts as a power source, insulators like rubber stop the flow of electricity, and conductors like metals allow electricity to flow through them to complete the circuit. The document reviews the key components of a basic electrical circuit.
Vocabulary Electricity and Magsnetisens
This document defines key vocabulary terms related to electricity and magnetism, including appliance, conductor, fuse box, insulator, magnet, plug, socket, and switch. An appliance is something used in the kitchen that requires electricity to operate. A conductor allows electricity to flow through it, while an insulator does not. A fuse box interrupts electric circuits with too high of a current. A magnet attracts magnetic materials. A plug temporarily connects devices to electricity, and a socket is where devices connect to a wall. A switch is used to turn lights on and off.
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Electricity can be summarized as follows:
1. Electricity is a type of energy caused by the flow of electrons from negative to positive points. Charge is measured in coulombs and current is the rate of flow of electric charge measured in amperes.
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Electrons moving between atoms causes electricity. Electricity is the flow of electrons through a conductor in a closed circuit. There are two types of circuits: series circuits which have one path for current and parallel circuits which have more than one path. Common household items like lights use parallel circuits powered by batteries which supply energy to move charges through the circuit.
4th grade ch. 13 sec. 2 how do electric charges flow
Electric current is the continuous flow of electric charges through a material. It can only exist in a complete electric circuit, which provides an unbroken path for charges to flow. Conductors are materials that allow easy flow of charges, while insulators do not allow charges to move freely. Resistance measures how difficult it is for charges to flow through a material. Series circuits have one path for current, while parallel circuits have several paths and decreased resistance.
Electricity and circuits
This document provides an overview of electricity and electrical circuits. It defines electricity as the flow of electric current and notes that electricity is caused by an imbalance of positive and negative charges. It then explains that an electrical circuit provides a complete path for electricity to flow through devices. Common examples of circuits include household wiring and car batteries. The document discusses the differences between open and closed circuits and how switches are used to open and close circuits to control the flow of electricity.
Quantities of a Circuit
The three main quantities in any circuit are voltage, current, and resistance. Voltage is the potential energy that pushes electrons through the circuit and is measured in volts. Current is the flow of electricity through a circuit and is measured in amps. Resistance is a material's ability to resist or allow the flow of electric current and is measured in ohms. A change in one quantity causes changes in the other two based on Ohm's Law.
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Electrical energy is created by the movement of electrons through a circuit. A circuit can be open or closed, with a closed circuit allowing electrons to flow freely and an open circuit preventing flow. Materials that allow or prevent electron flow are conductors and insulators respectively, with common examples like copper and plastic provided.
Electricity
This document discusses electricity and its properties. It explains that electricity is caused by electrons moving between atoms. There are positive protons and neutral neutrons in the nucleus, while negatively charged electrons orbit around it. Electricity can be static, occurring when an imbalance of charges builds up, or current, flowing from one place to another. Current is measured by the amount of charge transferred over time as electrons flow through a conductor. The document also provides instructions for creating simple circuits using batteries, wires, and light bulbs to demonstrate how electricity flows through a closed loop path.
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The document discusses magnetism and electricity concepts including:
- Iron, nickel, and cobalt have the greatest magnetic permeability.
- Permanent magnet examples include ceramic bars, fridge magnets, and neodymium discs.
- Temporary magnets include induced paper clips and electromagnets.
- Earth's magnetic field is generated by a dynamo effect in its solid iron inner core.
- Moving a magnet near a wire or changing the magnetic field around a wire induces electric current in the wire.
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Electrons moving through a closed circuit create electricity. An electromotive force like a battery pushes electrons through wires and loads such as light bulbs. Circuits can be connected in series, where there is only one path for electrons, or parallel, where there are multiple pathways. In series circuits, if one load fails the entire circuit fails, whereas in parallel circuits other loads remain lit if one fails. Common examples of series circuits include lamps and refrigerators, while power grids and home lighting use parallel circuits.
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The document discusses key concepts about electrical energy including:
- Atoms are made up of a nucleus surrounded by electrons that carry a negative charge. Protons in the nucleus carry a positive charge while neutrons carry no charge.
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Basic current electricity notes (1)
The document discusses different types of electricity sources including permanent sources like generators in power plants that produce large amounts of power, and temporary sources like batteries that produce small amounts of power. It also discusses electrochemical cells that use chemical reactions and storage cells that need to be recharged to produce energy. Additionally, it defines current electricity as the flow of electrons along a pathway from negative to positive, and discusses circuits, conductors, loads, and safety devices.
Electric current and its effects
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Electricity is the flow of electrons. Atoms contain electrons that can jump from one atom to another, constituting the flow of electricity. Electricity powers devices like light bulbs and radios by allowing electrons to flow through wires in a circuit. A circuit is a complete, unbroken conductive path that allows electric current to flow from the power source back to it, such as the two prongs of a plug connecting to the wall outlet.
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3) Conductors allow the flow of electricity, heat, or sound while insulators do not conduct these.
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4th grade ch. 13 sec. 2 how do electric charges flow
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Conductors are materials that allow electricity to flow through them easily. Good conductors include metals like copper, silver, gold and aluminum. Copper is commonly used in wires due to its high conductivity and low cost. Conductors have low electrical resistance while insulators have high resistance. Conductors are used in many applications to transfer heat, like copper pipes in refrigerators and aluminum pans. The resistance of a conductor depends on its cross-sectional area, length, and temperature - with resistance decreasing with increased area or decreased length or temperature.
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Conductors allow electric current to flow through them, with examples including aluminum, silver, copper, gold, and iron. Silver is the best conductor, while copper is commonly used for wires due to its availability and low cost. Insulators do not allow electric current to pass through, protecting people from harm, with examples being glass, rubber, plastic, clay, wood, and paper. Glass is the best insulator of electricity, followed by plastic. The document provides information on conductors and insulators of electricity through definitions, examples, and a short quiz.
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Conductors are materials like copper, aluminum, and water that allow electricity to flow through easily because their atoms' electrons can move freely. Insulators are materials like glass, plastic, and rubber that block the flow of electricity because their atoms are stable and electrons cannot move. Electricity will always take the shortest path to the ground, so a person could be electrocuted if completing a circuit between a fallen power line in a tree and the ground, since the human body is largely made of water and acts as a conductor, while rubber coatings on electrical cords insulate the wires and force electricity to flow only through the conductive wires.
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Electrical conductors allow electric current to flow through, such as metals like copper and aluminum, as well as some non-metals like graphite. Good electrical conductors are also generally good heat conductors. Electrical insulators do not allow electric current to flow through, with examples being plastics, wood, rubber and glass. A circuit tester can be used to determine if a material is a conductor or insulator by seeing if it allows a bulb in the circuit to light up when placed between the clips.
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The document discusses different types of materials in electric circuits. It states that materials fall into three categories: insulators, conductors, and resistors. Insulators do not allow electric current to flow, examples include plastic and rubber. Conductors allow current to flow easily, examples include metals like copper and aluminum. Resistors allow some current to flow but convert some to other forms of energy like light, motion, heat, or sound. Circuits must have a continuous conductive path for current to flow from the power source. Switches are used to open and close circuits to control current flow.
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This is the simple ppt explaining about the main components of the power systems. especially we are determining the insulators and its types with real time pictures which are attractive,
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An electric circuit is a closed loop that allows electrons to flow and produce electric currents. It consists of three main components: a source of electrical energy like a battery, a device that responds to the current, and a conducting material like wires to close the loop. Electric circuits are important concepts with practical applications in daily life. Common types are series circuits where the same current flows through each device, and parallel circuits where separate loops share the same voltage but different currents.
Electricity
This document provides an overview of electricity, including definitions of key terms like electric current, voltage, resistance and circuits. It explains that electricity is a form of energy that can power appliances. Current is the flow of electric charges in a circuit. Voltage and electromotive force (EMF) refer to the "push" of electricity. Resistance opposes current flow. Circuits can be connected in series or parallel. Electricity has heating, chemical and magnetic effects. Common applications like lighting, heating and electroplating are discussed.
Electricity class with additional info
This document provides an overview of electricity and electric circuits. It defines key terms like current, voltage, resistance and discusses concepts such as series and parallel circuits. The three main points covered are:
1. It defines electricity as a form of energy involving the flow of electrons in a circuit. Current is defined as the flow of electric charge.
2. It explains how circuits work and the role of components like batteries, wires, switches and resistors. Resistance opposes the flow of current.
3. It introduces common circuit types like series and parallel and how resistance is calculated and changes between the two circuit arrangements. Measurement units like volts and ohms are also defined.
Electricity- Class-X-CBSE
Electric current flows when charges move through a conducting material in a closed circuit. The document discusses key concepts related to electricity including:
- Electricity is a type of energy that can build up in one place or flow from one place to another as static or current electricity.
- An electric circuit allows current to flow when it provides a complete loop or path for charges to move through components like wires, batteries, and light bulbs.
- Key factors that control current in a circuit include resistance of the materials and voltage of the power source according to Ohm's law.
electricityppt-120307204317-phpapp02.pptx
Electricity can be generated from power stations or batteries. An electric current is the flow of electric charges in a circuit. Voltage or potential difference is the measure of energy supplied by the electric source to push electrons through the circuit. Resistance opposes the flow of current and is measured in ohms. Components like resistors can be connected in series or parallel to vary the resistance in a circuit. Electric current produces heating, chemical, and magnetic effects that are used in appliances.
Electricity_Reg.pptx
Here are the key points about how electricity flows through a house:
- Electricity flows through wires. Copper wire is commonly used to carry electricity throughout a home as it is a good conductor.
- The electricity enters the house through the main electrical service panel or breaker box. This is where the electricity from the power lines outside connects to the home's internal wiring system.
- From the main panel, copper wiring runs through walls and ceilings to distribute electricity to various outlets and switches throughout the different rooms.
- Electricity flows in a closed loop called a circuit. It travels from the power source (main panel), through the wires, to devices like lights and appliances, and back to the main panel to
Electricity and Electrical Circuits - powerpoint.pptx
This document provides an introduction to electricity and electrical circuits. It discusses how electrons can move between atoms and materials, allowing electricity to flow. There are three main concepts discussed: current (rate of electron flow), resistance (anything slowing electron flow), and potential difference (change in electrical energy between points). Circuits allow electricity to flow through a complete path. There are three main types of circuits: series circuits with one conducting path, parallel circuits with multiple paths, and complex circuits with aspects of both. The document outlines key characteristics of each circuit type.
Electricity 3.pptx
This document provides an overview of electricity and electric circuits. It defines key terms like current, voltage, resistance and discusses circuit components. Current is the flow of electric charge in a circuit. Voltage and electromotive force (EMF) refer to the energy supplied by a battery or cell to push electrons through a circuit. Resistance opposes the flow of current. Circuits can be arranged in series or parallel. The document also describes effects of electric current like heating, chemical changes through electrolysis, and generation of magnetism.
2_Electric Current.pptx
Here are the answers to the questions on Electromotive Force:
1. Electromotive Force (EMF) is the driving force that causes electric current to flow in a circuit. It is the voltage generated by the source like a battery or generator.
2. EMF Formula: EMF (ε) = Work done (W) / Charge moved (Q)
3. The SI unit of EMF is Volt (V).
4. Potential Difference is the difference in electric potential between two points in a circuit. EMF is the maximum potential difference that can be developed by the source in an ideal condition with zero resistance in the circuit.
5. Yes, EMF can be negative if
design of the simple electric circuit
services, electrical, architectural, loop, about series or parallel circuit, looops,making boxes pattern loops, joint box system,type of circuit
CH12 class 7 electricity ppt class7.pptx
This document discusses electricity and electric circuits. It begins by defining electricity and explaining that it comes from power stations or batteries. It then explains what an electric current is, how circuits work, and how to draw circuit diagrams. It discusses the differences between series and parallel circuits. It also explains voltage, resistance, and how electricity can cause heating and chemical effects like electrolysis. Key terms covered include circuits, current, voltage, resistance, and the uses of electromagnets.
Chemical efect of eletric current (3).pdf
The document discusses testing the conductivity of various materials using a simple conduction tester device containing a battery, bulb, and wires. Materials like copper and aluminum conduct electricity when placed between the tester wires, causing the bulb to glow, while insulators like wood, plastic, and rubber do not allow current to flow and the bulb remains unlit. Both solids and liquids can be tested, with tap water and salt solutions conducting better than distilled water alone. A compass needle can also be used instead of a bulb to detect weak currents.
24 Electric Current and Circuits_1.ppt
This document discusses electric circuits and current. It explains that circuits are either open or closed, with closed circuits allowing electricity to flow continuously through a complete loop that includes a power source, conductor, and load. Closed circuits have electricity flowing from the positive end of a battery through a wire to a light bulb and back through another wire to the negative end of the battery. Conductors like copper wires are used to carry electric current because they allow electricity to flow through them. Switches can be installed in circuits to open or close the circuit as needed.
Lecture 11
The document discusses several key concepts about electricity and circuits:
- Phase changes like melting and boiling absorb energy without changing temperature. This energy is called latent heat and allows substances to change state.
- Electric circuits allow electric current to flow through a conductive loop. Current is the flow of electric charge and is measured in amps. It flows from high to low voltage according to Ohm's Law.
- Circuits can be connected in series, where there is one path, or parallel, where there are multiple paths. This determines how components influence each other. Fuses and circuit breakers protect parallel circuits if too much current flows.
Introduction to Circuits and Electricity
Circuits and Electricity discusses key concepts related to electricity including static and dynamic electricity, voltage, current, circuits, and circuit components. Electricity is caused by the movement of charged particles. Voltage is a measure of the energy carried by charged particles, while current is the ordered flow of charged particles through a conductive medium. Circuits provide a path for current to flow and are composed of a power source, load, and may include additional components like switches, capacitors, and inductors. Formulas are provided for calculating resistance, capacitance, and inductance in series and parallel circuits.
17. electrical current p4
Electricity flows through a circuit as an electric current, which is the movement of tiny particles called electrons. The electrons flow in a loop from the battery around the circuit and back to the battery, pushed along by the electromotive force or voltage from the battery. While electrons actually flow from the negative terminal to the positive terminal, the conventional current is defined as flowing in the opposite direction, from positive to negative, for simplicity.
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Electricity and Electrical Circuits - powerpoint.pptx
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Maleny electricity
- 1. Elecricity
- 2. What is electricity? • Electricity is an electric current used as a source of power.
- 3. Conductors and Insulators • Conductors are material through which electrons can move more freely. • Insulators are material that electrons cannot move around.
- 4. Resistors • A resistor is a material that resist, but does not stop the flow of current.
- 5. The flow of electricity • Electricity will not flow with out a power supply and a closed circuit to travel around. • Current is the flow of electricity and it flows around a circuit in one direction.
- 6. What happens if you change a circuit? • If you change a circuit by adding light bulbs it will glow less because the two bulbs will share the electricity of the battery. • If you add one more battery to the circuit the light bulbs will be brighter because there will be more electric power. • BUT, if you add too many bulbs to a circuit, it will burn out.
- 7. Series Circuit • Series Circuit is a circuit in which resistors are arranged in a chain. • Series circuit has only one path to take.
- 8. Parallel circuit • Parallel circuit is contains two or more paths for negative charges to travel. • In parallel circuit each light bulb has its own pathway to the source of electricity. • The energy will drain faster when it supplies energy to two light bulbs.
- 9. Where are parallel circuit used? • Parallel circuits are used in building and homes. • Why? – In buildings and homes there are many rooms who need to have their own path for electricity to run while other paths are turned off. This way light can be provided in some rooms.