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Parallel Circuits are used in buildings because if one light were to fail, the others would still work.

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"Switch creates an opening in a circuit" like when you plug in Christmas lights, all of the lights turn on at the same time, or when you unplug Christmas lights, all of them turn off.

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"Plastic is an elctricial insulator" This makes sense because most wires are covered in plastic.

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"series circuit is the opposite if one light is removed or out the other will go out." What I think about when I see this is some Christmas lights.

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"Metals are good conductors "

Reminds me of hot-wires on fences

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"electrons are attracted to protons making them orbit around the protons"   - Gabe, 2017

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"electrons are attracted to protons making them orbit around the protons"   - Gabe, 2017

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This is similar to gravity and the way planets have moons that orbit them because of a pull. ‹°_°›

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"Parallel circuits have many branches." This reminded me of the lights in school, and how there's so many. They do not all have their own light switch, but they are all connected by branches.
- Caralynn

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"High voltages are dangerous; wall outlets range from 120+"
I connected this to the light switches in Mr. Wilcke's classroom.

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"switch creates opening to turn of electricity" -MS
"plastic isnt conductor" -MS
-Just like a light switch turns off the lights in a classroom
-The plastic on the light switch protects you from the electrical current

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"switch creates opening to turn of electricity"- MS
- Just like a light switch in Mr. Wilcke's room

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"Metals are good conductors of electricity"
metals wire is used around cattle yards to let electricity run through it.

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"Series Circuit- all electrons travel on same path" _ Kayla's Notes. Just like most christmas lights. They all travel on the same circuit.

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"One switch is able to control many lights in a room" -Caralynn
Like inside a school classroom

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"electrons are attracted to protons making them orbit" -- Eric
just like the planets orbiting the sun because of gravity

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"Copper is the most common wire used" -Quintin
Connection to the wires in a house.

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"-120-140 volts for wall outlets", just like the outlet in my bathroom that I plug my straightening iron into.

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"In a battery, negative terminal makes electrons move to positive terminal. Atoms move from atom to atom, which creates a charge of imbalance of protons and electrons." - Max

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"In a battery, negative terminal makes electrons move to positive terminal. Atoms move from atom to atom, which creates a charge of imbalance of protons and electrons." - Max

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"Ceiling lights are connected in a parallel circuit" -MF
-Just like Mr. Wilcke's Classroom Lights!! :)

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"Removing one lightbulb from the parallel circuit will not affect the other lightbulbs" CL

when a light goes out in a class room

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Removing one lightbulb from the parallel circuit will not affect the other lightbulbs-CL
meaning that if one light bulb goes out the others will work

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-Nucleus contains protons and neutrons
-Electrons go around the nucleus
-Electrons=negative charge
-Protons=positive charge
-Neutrons=no charge
-Plastic is electrical insulator
-Parallel Circuit- more than 1 path for electrons
-Series Circuit- all electrons travel on same path
-Electricity is the flow of charged particles
-Copper is most common metal conductor
-Wall outlets range from 120-240V

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copper and silver are the most used metals used in wire

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copper and silver are the most used metals used in wire

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plastic is an electrical insulator keeping the wire protected

parallel circuit keeps lights on when one goes out

series circuit is the opposite if one light is removed or out the other it will go out

protons and electrons are part of the nucleus

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Flow of charge
compact center
Protons and Neutrons
Static electricity doesn't move
Batteries convert stored energy to chemical energy Never connect short metal wire between battery
Create a circuit by attaching light bulb to battery
Plastic is an electrical insulator
You can build parallel circuit with many branches
electricity is a flow of charged particles
compact center in atom
protons positive
neutrons nothing
electrons move fast
2 negatives repel
most powerful is lightning
battery 2 ends a positive and negative
copper is the most common used
electrons move from negative channel to positive
switch creates opening to turn of electricity
ceiling lights are connected in parallel
computers have many Circuits
plastic isnt conductor

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An atom has a compact center called a nucleus. It is made of protons (positive charge) and neutrons. (No charge)
Static electricty doesn't move.
A battery changes chemically stored energy into electric energy.
The plus and minus on a battery refelct the positive and negative charged protons.
Metals are good conducters of electricity.
Plastic is an electric insulator.
Parallel circuits always provide more than one path for the electricity to travel on.
Series circuits only have one path.
Electricity is a form of charged particles.
Volts are a measure of the force moving the electrons.
A circuit is a path for the protons to travel on.
The switch creates a "hole" or disconnection to turn off the flow of the electrons.
Electricity does not flow  through plastic.
The switch is in series with the lighting, even if the circuit is parallel.

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Electricity is a flow of charged particles. Electrons are negatively charged while protons are positively charged. Electron to proton relationship is similar to gravity. Electrons stay in orbit because of a pull. Battery converts stored chemical energy into electrical energy. Electrically charged clouds release their charge in the form of lightning. In a battery, negative terminal makes electrons move to positive terminal. Atoms move from atom to atom, which creates a charge or imbalance of protons and electrons. A circuit is a pathway for electrons to flow. A switch opening will turn the light off, closing the switch will turn it on. In a parallel circuit, removing one light will not affect the other do to multiple paths. Series circuits are one pathway that affects multiple lights. Parallel circuits control multiple lights on different pathways.

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-Atom has a compact center called the Nucleus
-Electrons have a negative charge
-Metals are good conductors
-Plastic is an electrical insulator
-Parallel circuits have many branches
-Electricity is a flow of charged particles
-Neutrons have no electric charge
-Electrons orbit the nucleus
-Battery converts chemical energy to electrical energy

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-The nucleus has two different types of particles
Conductors are used to flow electricity
-Atoms flow through conductors one atom at a time
-Objects that are high voltage are dangerous especially outlets
-Connecting and disconnecting a conductor to a battery and a light can turn it on/off
-Parallel circuits contain two or more bulbs or other electric objects where if one light is disconnected, the others still work
-Like charges repel and non alike charges attract
-Most metals are good conductors

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Atom has a nucleus full of protons and neutrons.
To use electricity we need charged particles.
medals are good conductors of electricity.
a AA battery has 1.5 volts. Wall outlets are dangerous.
Protons have a positive charge,
neutrons have no electric charge.
Electrons orbit the  nucleus
A battery is a chemical device
Short circuit metal wire from two terminals

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electrons are attracted to protons making them orbit around the protons
-lightning is a big strike of static electricity
-silver copper and gold are good conductors
- volts are the force of electricity
-openings in circuits make the power turn on or off
-in parallel circuit if one thing is gone the rest are not affected
-series circuits if one thing is gone then the rest is affected
-Electricity is the flow of charge particles
-static electricity is not moving electricity
-  battery is a thing that stores chemical energy and turns it into electrical energy
- short circuit is a short piece of a conductor to a battery it can get very hot

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-Electricity: flow of electrical charge which originate in an atom.
-A nucleus contains two types of particles Inside an atom consists of protons "positive" electrons "negative"
-Battery is measured at 1.5V "low voltage"
-Metal is a good conductor
-Static electricity does not move
-Copper is the most common metal used in wires
-Lightbulbs turn electrical energy into light energy
-Electrons moves from atom to atom
-A battery charging two bulbs on one line is a series circuit. Series and parallel circuits can be found around your house
-Plastic is an electrical insulator
-Parallel circuits always provide more than one path for electricity to travel on
-Wall outlets range from 120V

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- Atom has a nucleus full of protons and neutrons
- Electrons are outside of nucleus
- like charges repel unlike charges attract
- conductors allow electricity to go through them
- parallel circuits have 2 or more lights and the electrons have two paths they can take
- Series circuits have one path but at least two lights
-electricity is a form of charged particles
-Protons are positively charged
-neutrons are negatively charged
- Short circuit metal wire from two terminals
- Most AA battery are 1.5 volts
-120-140 volts for wall outlets

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-Flow of charged particles. -Compact center called nucleus.
-Protons and neutrons
-electrons have a negative charge
-electrons are attracted to protons making them orbit around protons
- electricity charged clouds produce lightning.
-Static electricity charge does not move.
- metals are good conductors , but copper is the most common.
-Lightning systems are rarely set up to be series circuits
- series circuit it where their only one flow path.. if a light goes out they all go out
-plastic circuit is an electrical insulator

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- Center of an atom is called the Nucleus, which has protons and neutrons
- Held together by force of attraction
- Static Electricity: the charge doesn't move
- Electrically charged clouds produce lightning
- Battery converts stored energy into electrical energy
- Good conductors are able to move electricity
- Negative terminal to the positive terminal; electricity
- Normal battery is 1.5 V
- High voltages are dangerous; wall outlets range from 120+
- Light bulb introduces resistance and converts electrical energy into light energy
- Plastic is an electrical insulator
- Parallel; more than one path for electricity to travel
- Removing one lightbulb from the parallel circuit will not affect the other lightbulbs
- Series circuit has multiple bulbs but has one path
- If one light is removed or fails, the other light will also go out
- Lighting systems are rarely set up to be series circuit
- One switch is able to control many lights in a room
- Runs minus to plus

Day 2:

- Electricity is the flow of charged particles
- Nucleus contains protons (positive charge) and neutrons (no charge)
- Electrons have a negative charge, and are attracted to the protons (positive charge)
- Two negatives or two positives repel each other, a negative and a positive charge attract each other
- Battery ends are called terminals
- Silver, copper and gold are good conductors, which are used in wires
- Electrons move from atom to atom in wires to move electricity
- Short circuits lead to burns and a dead battery
- Lightbulbs introduce resistance
- Switch creates an opening in the circuit
- Plastic is an electrical insulator -- cant go through, but can travel through the copper underneath
- Many branches can be on one parallel circuit
- Motherboards have many parallel circuits that make the computer work properly by using electricity

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Atom has a nucleus
- nucleus has protons and neutrons
- Electrons have a negative charge
- Metals are good conductors
- Atoms flow through conductors
- An outlet 120-240 volts
- Plastic is an electrical insulator
- Series Circuit provides one path
Parallel Circuit provides more than one path
- Flow of charged particles
- Nucleus is compact
-Electrons attracted to the positive charged  protons
- 2 negative charge balloons repel each other
- Copper is most common metal used
- A light switch is a circuit
- Ceiling lights are connected in a parallel circuit

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-Flow of charged particles
-center is called the nucleus
-electrons are attracted to protons making them orbit around protons
-batteries have two oppositely charged terminals
-electrons are attracted to protons
-copper is the most common conductor
-Plastic is and electrical insulator
-series circuit have only one path
-parallel circuits have multiple paths

# data[].attributes.body
There is a compact center in an atom called the nucleus. Atom has a protons (positively charge) and nuetrons (no charge). Electrons have a negitive charge. Static electricity electrons stays on the object. lighting strike is a high power of electricity. Plus and minus stand for positive and negitive. Copper most common used in wires, metals are good counducter. Short circut is bad, its a wire one side to the other on a battery. V is volts. High voltage is dangerous. Plasitc is an electrical insulator. Parallel circiut other lights will not affect the other lights. Only one path is a series circuit. One light goes out they all go out in a series curcuit. Parallel circuit has more than one path to get to the bulbs and back to power. 120-240 wall outlet. Minus (negitive) to plus (poisitive) electricity.

# data[].attributes.body
~Atom has nucleus with protons and neutrons
~Like charges repel
~When electrons flow through two points is Electricity
~Conductors allow energy to move through them
~AA battery is 1.5 volts and easy to handle
~Circuit is a path for electrons
~Plastic is an electric insulator
~If one light fails others aren't affected, because of parallel circuit
~Electricity is a flow of charged particles
~Nuetrons don't have electric charge, but protons do
~Lighting is one of the most powerful examples of electricity
~ The chemistry of a battery move the electrons through it
~Copper is most common metal used in wires
~Electrons move through atom to atom
~The electricity won't travel through plastic, but it will travel through the copper wire under the plastic
~Parallel circuits can have many branches
~Different types can be found anywhere including the wiring in your home

# data[].attributes.body
There is a nucleus in a atom with protons and neutrons
Like charges repel
Metals are good conductor of electricity
V-Volts
120 volts are harmful
Switch-open or close the flow of electrons
Parallel circuit provide many path
Series circuit everything goes through both bulbs
Electricity is the flow of electrons
Copper is the most used for wire
Wall outlets are 120 volts
Series circuit only has one path possible

# data[].attributes.body
The nucleus has to types of particles. Positives will go to the positive. The flow is called electricity. Lightning strike is the most powerful flow of electricity. Electrons will move from minus to plus over time. Plastic can not have electricity flow through it. Copper wire is the most common wire used. In a series circuit all will travel from minus to plus. Electrons move fast around the neutrons. Electrons move from Atom to Atom.

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plastic is insulted Battery is measured at 1.5v A switch opening. If one lights fails others aren't affected, because of parallel curcuit. Flow of charged particles center is called the nucleus

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Flow of charged particles
Electrons have a negative charge  and are attracted to positive charged protons
An atom has a nucleus
V is volts
Plastic covers keep you safe from high voltage
In a series circuit, when one bulb dies, they all die.
Series circuits have one path.
Electrons exist outside of the nucleus
Conductors allow electricity to flow
Copper is most common wire
In a parallel circuit you can unplug one light and the other one still works
Once a light burns out in a series circuit the other one shuts off
Computer has a variety of parallel and series circuits