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Distillation easy
Distillation easy
Principle of fractional distillation
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States of Matter & Temperature Elevation (LT4.1d)
Part A: Distillation Connection
What is the purpose of distillation? HINT: Think back to Separation is Good
The purpose of distillation is to separate drinking water of not good chemicals and minerals such as salt.
How does the distillation process make use of phase changes?
The distillation process uses heat to boil out unwanted chemicals or minerals, ex. salt. It uses heat to get the unwanted things out so when it removes those things then it's just regular water.
Research fractional distillation of crude oil. How does it work and what does it produce?
They have to do Fractional distillation of crude oil mainly because they have different boiling points, the substances in crude oil can
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Gas is different from a solid because it is gases molecules are more spread out and are able to move around easier.
Even though a solid is a solid, are the particles in the solid moving? Explain. Almost every molecule in a solid moves, but it’s called a solid mainly because all of the molecules are very compacted and don’t have a lot of room to move.
What does the kinetic theory of matter say about the particles in matter? The kinetic theory of matter says that matter is made up of a lot of small particles or molecules, and they’re in constant motion. Explain how particles behave/move in a solid, liquid, and a gas. In a solid the particles are very compacted and don't have a lot of room to move, they true to move but all the do is bounce off each other. With a liquid it's very different, in a liquid the particles are a little bit more spread out so they have room to “bounce” but they're still compacted. And last but not least in a gas the particles are very spread out so they’re allowed to “bounce” of each other and have some space.
Fill in the boxes below to represent how the particles in solids, liquids, & gases are
Matter exists in three basic states: solid, liquid, or gas. A substance experiences a phase change when the physical characteristics of that substance change from one state to another state. Perhaps the most recognizable examples of phase changes are those changes from a solid to a liquid or a liquid to a gas. When a substance goes through a phase change, there is a change in the internal energy of the substance but not the temperature of the substance (Serway, et al. 611).
Matter is assumed to be composed of an enormous number of very tiny particles which are indestructible. Gas is a state of matter. These tiny particles are separated by relatively large distances, which interact elastically. This large space between the particles make it easy to compress a gas. Which gives low mass to volume ratio. Particles must be in continual motion. These particles are very fast (usually about 500 meters per second). The molecules in a gaseous state have enough kinetic energy to be essentially independent of each other.
In a practical application, fractional distillation could be used in environmental chemistry in order to
After the oil/gas mixture is drawn from the ground, it is then stored into a storage tank and allowed to rest for a while. Then the gas is piped off to a set of distillation columns to clean up the ethane. In order to activate the chemical reaction necessary to separate the ethane, a thermal cracking unit (a sort of long heated tube) i.e. a plug flow reactor is used. After a series of distillations, ethylene exits the tube.
On earth, substances tend to exist in one of three phases; either a solid, liquid, or gas. While solids and liquids have defining factors such as volume, and for solids only, a shape, gases exhibit neither of these. Gases naturally take the shape of and expand into the volume of the container, and change when placed in different surroundings. As gases are constantly moving around and colliding with the walls, they exert a force, or pressure, on the walls of its container. Pressure is one of the characteristic behaviors that gases exhibit, but due to their nature, various factor effect the pressures that a gas can exert. Towards the end of the eighteenth century, scientist began to stumble upon these various factors that affect gases, especially
Saferstein lists the three forms that fall under: solid, liquid, and gas. “A solid is rigid and therefore has a definite shape and volume. A liquid also occupies a specific volume, but its fluidity causes it to take the shape of the container in which it is residing. A gas has neither a definite shape nor volume, and it will completely fill any container into which it is place” (2011, Pg. 120). Chromatography, spectrophotometry, and mass spectrometry are used to identify or compare organic materials.
The world also asks “Is slime a liquid or solid.” Slime is a non-Newtonian liquid, which means that the viscosity, or resistance, of the liquid changes as you apply a stronger force. If you rest your hand on the surface of slime it will sink in, but it you smack it, the surface is solid. Water is a Newtonian liquid and has an unchanging viscosity, but I believe that it is not either.
The process of conduction between a solid surface and a moving liquid or gas is called convection. The motion of the fluid may be natural or forced. If a liquid or gas is heated, its mass per unit volume generally decreases. If the liquid or gas is in a gravitational field, the hotter, lighter fluid rises while the colder, heavier fluid sinks. For example, when water in a pan is heated from below on my stove, the liquid closest to the bottom expands and its density decreases. The hot water as a result rises to the top and some of the cooler fluid descends toward the bottom, thus setting up a circulatory motion. This is also why the heating of a room by a radiator depends less on radiation than on natural convection currents, the hot air rising upward along the wall and cooler air coming back to the radiator from the side of the bottom. Because of the tendencies of hot air to rise and of cool air to sink, radiators are positioned near the floor and air-conditioning outlets near the ceiling for maximum efficiency.
Since the days of Aristotle, all substances have been classified into one of three physical states. A substance having a fixed volume and shape is a solid. A substance, which has a fixed volume but not a fixed shape, is a liquid; liquids assume the shape of their container but do not necessarily fill it. A substance having neither a fixed shape nor a fixed volume is a gas; gases assume both the shape and the volume of their container. The structures of gases, and their behavior, are simpler than the structures and behavior of the two condensed phases, the solids and the liquids
...into fresh water through a distillation process. The distillation plant on submarines can produce 10,000 to 40,000 gallons of water per day. The water is mainly used for cooling equipment and for the crews’ personal use.
The four main states of matter can be organized by how fast there particles move. The slowest type will be solids. Solids particles are packed close and vibrate in place. The second slowest phase of matter is water. The par...
(quiet) solid. If we put a hot solid next to a cold, then some of the
Large volume of fluid could be processed using the fluidized-bed reactors. It is mainly utilized for catalytic cracking of petroleum napthas in petroleum refining technology. When the small solid particles are suspended in the upward direction, fluidization begins. Nowadays its importance is utilized in wastewater treatment too (Yen and Yu, 1966).
Water plays such an important role in our daily lives. 70% of our body is composed of water. 70% of the earth surface is also made up of water, but out of the 70%, only 1/3 of water is consumable. In fact, this amount has been continuously to decrease as more and more industries began to pollute and damage the water. For example, many toxic chemicals may be released into the water thus making the water impure. Such pollutions and damages lead the water to be contaminated and inconsumable as it may cause severe diseases. Water purification can remove all the unnecessary bacteria and viruses from the water that is hazardous for our health. Water purification may also improve the flavor and appearance of water. It removes the unpleasant odor. Therefore, water purification became one of the most useful and popular process used by people all over the world today. It is by far the most recommended and safest water treatment that is commonly used to purify damaged water into consumable water. Water purification provides us with safe, pure and clean water to consume and use.