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Zakariya5051
How To Make A Lanp At Home Using Salt And Water
~3.7 mins read

How to make lamp at home using salt and water

Updatstip
Sep 22, 2020 7:35 AM

In our country today, things are now cost, you will hear that a lamp that cost #200 is now #500.

salt water lamp.
Nevertheless, I'll be teaching you how to make your own lamp that wouldn't cost you much capital.

Saltwater lamp:

The following materials are needed to build a saltwater lamp;
1. Salt
2. LED (#50)
3. Water
4. Battery #50 (optional)
Now let's calculate the amount we need to get all these. We all have salt at home, so there's no need to buy another one because you only need little and if I'm calculating right you only need #100 to accomplish this, so cheap.

How to build a saltwater lamp:

To build a salt water lamp doesn't require much stress or high knowledge of science.
* Connect two wires to you LED terminals, you can make use of so many bulbs as you which, just connect them together so you can have a two-wire terminal, the positive terminal, and the negative terminal.
* Pour one teaspoonful of salt into a bowl and mix it with water.
* Dip the two wires into the saltwater and you'll see your LED glow.
saltwater lamp without a battery
* If you want it to be much brighter you can make use of your battery.
Use the circuit below to connect your saltwater lamp if you are using a battery.
saltwater lamp circuit diagram with a battery
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Zakariya5051
What You Should Know About The Internal Structure Of The Earth
~2.4 mins read

The Composition and Structure of Earth

Core, mantle, and crust are divisions based on composition. The crust makes up less than 1 percent of Earth by mass, consisting of oceanic crust and continental crust is often more felsic rock. The mantle is hot and represents about 68 percent of Earth’s mass. Finally, the core is mostly iron metal. The core makes up about 31% of the Earth. Lithosphere and asthenosphere are divisions based on mechanical properties. The lithosphere is composed of both the crust and the portion of the upper mantle that behaves as a brittle, rigid solid. The asthenosphere is partially molten upper mantle material that behaves plastically and can flow. This animation by Earthquide shows the layers by composition and by mechanical properties.

Layers of the earth, drawn to scale. The first layer is the atmosphere, the gases surrounding the planet. The hydrosphere is the water on the surface of the earth. Below this is the crust, which is divided into two types: the continental crust (granitic) and ocean crust (basaltic). The layers below this are as follows: the rigid mantle, the asthenosphere, the stiffer mantle, the outer core (liquid), and then the inner core (solid).

Crust and Lithosphere

Earth’s outer surface is its crust; a cold, thin, brittle outer shell made of rock. The crust is very thin, relative to the radius of the planet. There are two very different types of crust, each with its own distinctive physical and chemical properties.Oceanic crust is composed of magma that erupts on the seafloor to create basalt lava flows or cools deeper down to create the intrusive igneous rock gabbro. Sediments, primarily muds and the shells of tiny sea creatures, coat the seafloor. Sediment is thickest near the shore where it comes off the continents in rivers and on wind currents.Continental crust is made up of many different types of igneous, metamorphic, and sedimentary rocks. The average composition is granite, which is much less dense than the mafic igneous rocks of the oceanic crust. Because it is thick and has relatively low density, continental crust rises higher on the mantle than oceanic crust, which sinks into the mantle to form basins. When filled with water, these basins form the planet’s oceans.The lithosphere is the outermost mechanical layer, which behaves as a brittle, rigid solid. The lithosphere is about 100 kilometers thick. The definition of the lithosphere is based on how earth materials behave, so it includes the crust and the uppermost mantle, which are both brittle. Since it is rigid and brittle, when stresses act on the lithosphere, it breaks. This is what we experience as an earthquake.

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