Energy Story

In the passage, "Energy Story" the purpose is mainly to explain to you what electricity is. Also meaning how it happens. It gives some diagrams to give you a good explanation just to refer back to when trying to understand what is going on and to get a better understanding.

In the story "Energy story" it talks about the structure of an atom and electrons and how electrons can move easier in somethings than in other things, like in paragraph 21-22 it says that thing like rubber cloth glass and dry air are good insulators, which means that electrons don’t move as well as in things like copper, aluminum, and steel.

In the video, "Hands-On Science with Squishy Circuits", Anne Marie Thomas does a TED talk about Play-Doh circuits. She explains how she teaches her daughter about electricity by making homemade Play-Doh. At 1:42, she demonstrates with an LED light, Play-Doh that contains salt, Play-Doh that contains sugar, and batteries. She splits the salty Play-Doh in two and connects them with the batteries. To conclude, she sticks the LED light in both of the "squishy circuits" and it turns on.

Both “conducting Solutions” and Energy Story both talk about electrons and how they power a source. An Electron is a subatomic particle with negative charge. Both of the articles talk about ions. Ions are an atom or molecule with net electric charge due to the loss or gain of one or more electrons. Some other similarities are the video gives examples on how can see electricity anywhere and in Energy Story it tells you in paragraph two, sentence one take a walk around your school, home or where ever you are and there will be things everywhere you

Conducting Solutions is important in life because it apart of science. If you want to be a scientist, then you would need to know what conducting solutions is. This article also talks about ions and electrical currents. Some demonstrations of this are ammonia vinegar mixed with molecules solutions and conduct electricity. Some water contains ions which conducts electricity really well Conducting Solutions is really important to know.

In each passage that I read, "Energy Story", "Conducting Solutions", and the video "Hands on Science with squishy Circuits" there are many similarities and differences within the information I have gained in the articles and the video. The main idea of this video is to mainly inform you about electricity, the main principles of it, and some different ways to make electricity.

These three sources explain very different things, but they always end up coming back to the main objective of electricity. Energy Story explained how atoms function, and how they, as a whole, are passed through circuits to create electricity. Conducting Solutions explains how liquid solutions including Ammonia and Vinegar are stronger together, and create a stronger conduction of electricity. Hands-On Science with Squishy Circuits visually shows how two batches of homemade play-dough, one made with salt, and the other with sugar can be made into circuits when used together.

Everything has a different purpose, even if they are talking about the same thing. Just like with the two articles, "Energy Story" and "Conducting Solutions." Same with the one video clip, "Hands-on Science with Squishy Circuits." These three sources all talk about the same thing, which is electricity. However, just because these three sources talk about the same thing doesn't mean they have the same purpose.

When the wind is blowing on wind turbines it produces electric power, Fans are old techniques used in the mills and then the water pump, but now it has developed the technology and has become used for electric power production.

Because sodium chloride is made up of ions, it is called an ionic substance. In the video " Hands-On Science with Squishy Circuits " she shows us how play-doh made with salt and play-doh made with sugar can conduct energy. If you break the salt play-doh into two pieces then put on led light on each side it will turn on, but when you push them back together it turns off. If you put a piece of the sugar play-doh in between the salt play-don and then connect the led light it will turn on again.

The purpose of the last article “Conducting Solutions” is to inform readers how solutions conduct electricity. I know this because the beginning of the article it starts of by saying “When a solution conducts electricity.” This sentence tells me that the rest of the article is probably going to be about conducting solutions. In addition, the article talks about how ions are carried through the solution to produce electricity. It later talks about what solutions you can use to produce electricity.

Squish circuits bridge the gap between professional engineers and young, aspiring, minds. One of the Perot Museum’s main concepts is exposure; Squishy Circuits provides children, who normally wouldn’t be exposed to electrical engineering in school, a chance to broaden their horizons. Squishy circuits, utilizes Play-Doh-like-clay as conductors and insulators in order to build small circuits. Using something familiar like clay, allows kids to easily grasp the concept. It also allows for people of all age groups to be able to expand their knowledge of electrical engineering with varying levels of complication. The patrons can make circuits with LED lights, motors, buzzers, and much more.

the playdo experiment talks about making light witch is electricity. The energy story talks about the importance of electricity. The conducting solutions they focus on ions which is a big part of electricity.as you can see all three talk about electricity. They are also all different in a couple ways. The playdo experiment is just a little excitement with a big picture this could one day be the lighting in our homes. On the other hand, the story conducting solutions focus on how to make the light. Also the energy story talks about how to make it the importance of neutrons electrons and protons. In conclusion all of these stories include something about

You went into great depth in the post and I really enjoyed how you used yourself as an example. As you mentioned that gas is an inelastic I would have to say the same for me. I have always heard my mom complain about gas and as year passed and I started driving I would never look at gas prices. I felt that either way I would end up paying for the gas so I might as well pump and not look at the price. I know for myself as I plan to travel this summer I have experience first hand how distance really plays a roll in how much it will cost to travel. The farther you travel out the more it will cost. With that being said I had to think about where I wanted to travel and ended up with something not too far off of the east coast. Alternative energy

There are many forms of energy. The types of energy that can affect the toy car are potential energy, kinetic energy, and work of friction. Potential is the energy of an object due to its position. Kinetic energy is the energy due to motion. Friction plays a part because it shows how much energy is needed for the car to move. All these energies are intertwined in the toy car.