Lava Lamp History

This process continues until the star becomes layered like an onion. The closer to the core of the star, the heavier the elements are, elements such as neon, oxygen, and iron. Since iron doesn’t produce energy when it fuses, the fire in the star begins to go out. Iron continues to build up in the star’s core until almost all the remaining fuel runs out. Gravity causes the star to squash itself, making tempters skyrocket within the star, causing the star to explode.

The Pop Rocks have a very small amount of carbon dioxide in them. When the Pop Rocks are in your mouth they dissolve and the carbon dioxide is released making the pieces of candy explode in your mouth. When the Pop Rocks come in contact with the soda, the gas in the Pop Rocks escape after disolving and the carbon dioxide escapes from the liquid into the balloon. When this happens it causes the gas to make the balloon expand bigger and bigger until the air can escape.

The graph plateaus out 2 times in the graph. When the graph plateaus out this means that the ice is turning into liquid and the when the graph plateaued out again this meant that the liquid was changing to gas. When the solid was turning too liquid this gave the atoms energy but not much, when heat is gave to the atoms this makes the atoms vibrate. When the liquid was turning gas, the heat from the bunsen burner gave the atoms more energy which made the atoms go crazy vibrating even more. When heat interacts with the atoms, the heat increases the vibration of the atoms, the atoms in a solid have very little energy, the atoms in a liquid have some energy and the atoms in a gas have a lot of energy.

the output gases travels to the scrubber where they are cooled down by spraying distilled water from the top of the column , so the gases rise up due to its light density . By a help of a fan the gases are pulled from the scrubber to the absorber . there is a chemical in the absorber called as monoethanolamine it has a liquid nature. This chemical is used to absorb CO_2 only and according the high density of it it settled down while other gases goes out. The settled mixture at the bottom can be called as rich miya.

Hydrothermal vents are categorized by the temperature of the hydrothermal fluids released. One type of hydrothermal vents are called white smokers. White smokers release hydrothermal fluids of temperatures around 30-350°C (86-662°F) (Karimi, 31). These vents release lighter hued minerals such as barium, calcium, and silicon. They also tend to be lower in temperature due to how far away they are from the source of heat (“Boletín de la Sociedad Geológica Mexicana”).

The heat from the steam evaporates the water and a white chemical called Ammonium Paratungstate or APT - (NH 4 ) 2 . (H 2 O) x .WO 4 is precipitated. Application of high heat in a calciner causes the compound to reduce to a blue oxide which is approximately WO 3 O 11 . Pure tungsten oxide is WO 3 and yellow.

The only thing I could do was clean the skillet and put it back on the stove. I turned the dial on the stove once more but this time made sure the flames were smaller. I took out two more eggs and beat them, this time determined they would turn out edible. When they hit the pan, I heard them sizzle and with each prod of the spatula I watched them turn into the yellow, fluffy eggs I’d come to know. I turned my stove off and set them on a plate.

The element calcium ion is also the fifth-most-abundant dissolved ion in seawater. Free calcium metal is too reactive to occur in nature or it is natural. Calcium is produced in supernova nucleosynthesis. Supernova nucleosynthesis is the theory of the production of many different chemical elements in Supernova explosions. The atomic mass of calcium is 40.078.

The dye spread out through the beakers very differently. In the cold beaker the dye sunk down to the bottom immediately, this was because there

Inorganic mercury consists of salt compounds with elements such as chlorine, sulfur, and oxygen. The salt is usually white in appearance and takes the form of powder or crystals. However, mercuric sulfide is red and turns black upon exposure to light. If mercury combines with carbon, it creates organic mercury.

I put hot glue up inside the mega straws, so if some were weak the hot glue would dry and harden making the mega straws harder to break. The great thing about gas is if you have an egg around something with gas in it, the solid (the egg) will sink into the gas. Making a protective layer of gas around the solid object, so if it falls the gas will take the energy giving it back. Which is why all shipping companies us gas balloon type things, my design takes the energy up through a solid, and brings it out the end of the solid.

It shows how heat travels from the inner core to the other layers of the Earth. When heat reaches the layers it changes their densities. When the density changed it made the particles rise to the top since it became less dense like the particles in the asthenosphere. Eventually they would become more dense since they were away from the heat source which would make the particles sink to the bottom and start the whole process start over again. After doing the Density Reading it showed us that when atoms or particles get heated they spread apart which make them less dense.

In addition, when both elements were carried out, it was noticeable that each of the test tubes feels warm. This indicated the reaction is an exothermic reaction because it produced heat. The pH level for magnesium chloride solution was neutral (not basic because of oxide layer) but basic for calcium chloride. It can be seen that calcium is more reactive than magnesium. This was because the lower the elements are down a group, the larger the size of its atomic radii.

A drug dealer invented Coke. His name was John Pemberton. He invented many drugs. John did in fact say he put cocaine in it. Even though the guy to take over after his death Candler said the Coca Cola business would be shut down if it was found harmful, but their is coca leaves hence the name Coca Cola.