BrettNortje
Banned
- Joined
- Jul 14, 2016
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This is where you use power to make mechanical things work, or, simply use electricity to 'make things work.' this is a very broad field, with many applications, and, would make a fine addition to the engineering degree study if it were incorporated in a short concise way.
So, electricity comes from heat, and heat comes from friction. friction is where two things create energy between them by resistance coming between them - their charges make them push each other away or attract each other, like a set of magnets. this would see the two magnets being pushed together, if they are of similar charge, so that there is energy being created between them, of course. if you were to push your hands together, and you find you cannot push one hand without moving the other, then you will understand that mass is stored energy, where the energy pushes the other energy and vice versa.
If you want to use an elastic band, you could create energy to draw the band closer together by pulling it apart. this is because the band is creating energy by being separated from itself, not by charge, but rather by 'the bonds being separated.' this will be like stretching an old sock, because the sock has bonds, being made of matter, and these bonds are actually materials that can be compressed further, or, be stretched apart, because, they are 'weak bonds.' they are weak because they are not set in a compressed state, and, that means they could be made stronger by wetting them. conversely, if you were to ignite them, they would burn and the bonds would become gases, very smelly gases, but gases all the same, because the bonds are not strong.
So, if you want to generate power, you need strong bonds. hitting two stones together to make a spark for a fire is like having two very dense bits of matter come together for a moment to create a bond of electricity, heat or friction. this would be where the two dense things find no place for activity of the electrons spinning around each stone, and, then defaults some of the rock to a temporary bond where a 'spark' is created. this spark comes from the bond being there so briefly, as if you were strong enough to hit two similar magnets together, there would also be a spark, yes? this means the spark is there because of intense friction or heat, where it excites the electrons by smashing them into each other, like an explosion, you could say?
So, electricity comes from heat, and heat comes from friction. friction is where two things create energy between them by resistance coming between them - their charges make them push each other away or attract each other, like a set of magnets. this would see the two magnets being pushed together, if they are of similar charge, so that there is energy being created between them, of course. if you were to push your hands together, and you find you cannot push one hand without moving the other, then you will understand that mass is stored energy, where the energy pushes the other energy and vice versa.
If you want to use an elastic band, you could create energy to draw the band closer together by pulling it apart. this is because the band is creating energy by being separated from itself, not by charge, but rather by 'the bonds being separated.' this will be like stretching an old sock, because the sock has bonds, being made of matter, and these bonds are actually materials that can be compressed further, or, be stretched apart, because, they are 'weak bonds.' they are weak because they are not set in a compressed state, and, that means they could be made stronger by wetting them. conversely, if you were to ignite them, they would burn and the bonds would become gases, very smelly gases, but gases all the same, because the bonds are not strong.
So, if you want to generate power, you need strong bonds. hitting two stones together to make a spark for a fire is like having two very dense bits of matter come together for a moment to create a bond of electricity, heat or friction. this would be where the two dense things find no place for activity of the electrons spinning around each stone, and, then defaults some of the rock to a temporary bond where a 'spark' is created. this spark comes from the bond being there so briefly, as if you were strong enough to hit two similar magnets together, there would also be a spark, yes? this means the spark is there because of intense friction or heat, where it excites the electrons by smashing them into each other, like an explosion, you could say?