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1. A parallel circuit contains a device with a resistance of 10 ohms and another device with a resistance of 30 ohms. What is the relationship between the current flowing through each device?

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1. Read pages 22-25

2. Pick one section to summarize in your own words

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1. What happens to the resistance in a series circuit if you add more devices? How do you know?

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1. Using pages 8-13, what key detail explains why electrons gain more energy as the voltage increases?

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CONGRATS!

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1. Read pages 26-29

2. A coffee maker draws 9 amps of current and a waffle iron draws 12 amps. What will happen if you plug them into the same electrical outlet in a typical home? What text evidence supports your answer?

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1. Pick one section from pages 4-7.

2. Create a main idea. Find two pieces of text evidence to support your main idea.

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1. Using the book and the article explain how the the ideas the same in both texts.

2. Create a RACES response

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1. Read the article

2. Summarize one section of the article in your own words. How do you know this is a good summary?

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Newsela | Instructional Content Platform

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Newsela is an Instructional Content Platform that supercharges reading engagement and learning in every subject.

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1. Read pages 18-21

2. What is the voltage of the electric current as it passes over the two transmission towers in the diagram on page 20? How do you know?

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1. Read pages 4-7

2. What text and graphic evidence supports the inference that a neutron has no charge?

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1. Read Chapter 3 (pgs. 14-17)

2. What information is needed to calculate the amount of voltage in a circuit?

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1. Read pages 8-13

2. What would happen to the light bulb in the diagram on page 9 if the wires were replaced by plastic? How do you know?

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1. Preview the text and post a prediction.

2. When you are done, read the introduction.

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I predict that the text is going to talk about electricity and how it works and how people found it and how people uses it also how long its been around.

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I think this text is going to be about the power of energy and electricity.

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I can predict the text will be about electricity.

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リアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアム
リアム

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リアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアムリアム
リアム

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My prediction is that the book is talking about electricity and who found it.

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cap

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Cap

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because they are negative

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Neutrons have no charge because they have one unit if negative charge.

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Because they are negative.

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In the text it says, "Thus a helium atom has total electric charge of +2+(-2)=0."

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The section I chose is opposites attract. The main idea is that objects with an electric charge either attract or repel one another. One evidence I chose is that I found is " Particles with different electric charges attract. This means that a positive charge and a negative charge attract." The second evidence I found is " If you rub a balloon against a wool sweater, the balloon acquires a negative charge.

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I chose the main idea opposites attract. the main idea is how either the object with an electrical charge either attract or repel on another. For example if you were to rub a balloon on a wool sweater the balloon acquires a negative charge. the balloon is then attracted to positive charges in the wall.

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The section I choose is Electrons

MI:Electrons which are tiny particles inside atoms.

In the text it says, "To understand what electricity is,you need to know about atoms and the electrons they contain."

In the text it says, "Some of the particles in atoms have electric charge."

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I choose the section opposites attract. The main idea is objects can attract or repel. In the text it said " Particles With the same electric charge repel or move away from one another". One more piece of evidence is " Particles with different electric This means that a positive charge and a negative charge attract".

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If the wires were plastic the light bulb wouldn't allow the electrical current to pass through easily because it is not a conductor. wires are made up of copper because copper is a conductor. so electrical wire is often made up of copper

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The plastic wouldn't conduct the electricity well. I know this because plastic is a insulators. A insulators is a material that doesn't allow current thought them very well.

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The plastic wouldn't allow the electrical current pass through that easily because it is not a conductor. but metals like copper is good because copper is a conductor so the wires are mostly made of copper.

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The wires are made of copper which is a good conductor but if they were replaced as plastic electricity current wouldn't pass through because plastic is an insulators and insulators don't let electricity pass through well,rubber and wood work well as insulators.

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In page 11 it says " The higher the voltage, the stronger the push or pressure applied to each electron."

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KD:You can think of voltage as a "push" applied to electrons.The higher the voltage the stronger the push it pressure applied to each electron.

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A key detail to support why electrons gain more energy as the voltage increases is on page 11 it says the higher the voltage is the stronger pressure applied to each electron. which supports why the electrons gain more energy as the voltage increases.

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electrons gain more energy as the voltage increases because on page 11 it said "The higher voltage the stronger the push of pressure applied to each electron".

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The formula is current=voltage divided by resistance.

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It is current = voltage divider resistance

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Current = Voltage resistance so the current through the 50-Ohm lamp is double the current in the 100-Ohm lamp.

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to calculate the amount of voltage in a circuit the formula is current=voltage divided by resistance.

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there is a big voltage drop at each resistance.in other words, voltage is reduced each resistance that each current encounters on its way around the circuit.

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"There is a big voltage drop at each resistance.in other words, voltage is reduced at each resistance that current encounters on its way around the circuit".

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There is a voltage drop

I know that because from the text, it says, "There is a "voltage drop".in other words,voltage is reduced at each resistance that current encounters all the way around the circuit."

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345000 volts because it said that in the diagram.

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The relationship is

In the text it says, "The current flows most easily through devices with low resistance.This means the lower the resistance,the higher the current,and the higher the resistance,the lower the current."

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in the diagram it said 345,000 volts

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CAP!

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CAP!

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it goes from 345,000 to 13,800

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The section I chose is the famous artists section. The main idea is that James Watt invented a another version of the steam engine and that he was honored as a unit of power.

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I am summarizing the section electric safety. I can summarize the section is gonna be about how to be safe with electricity.

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The section I choose Is electrons

Summary:Electrons are tiny particles in

atoms that create electricity.To know what electricity is you need to know about atoms first and what electrons that create.Every single things is made up of atoms and there are about 100 different kinds of atoms in the whole world.

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CAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAP

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Then the lights go off I think

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it will be using 21 amps of current because they both added up are 21.

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it will be using 21 amps of current because they both added up are 21.

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they get plugged in together

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In the text it said "if many appliances are plugged into the same circuit and used at the same time, too much current may flow and start a fire".

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it can start a fire and an electric shock on people bodies.

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No.....

What if I don't want to

Huh Huh Huh Huh

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ELECTRICITY