What would you like to do?
Is jello a plasma?
yes and one of the most simple to make. another example is the sun.
5 people found this useful
Was this answer useful?
Thanks for the feedback!
HOW JELLO WORKS Jell-O is composed of long, stick-like molecules. When you dissolve it in hot water, those molecules separate, but as t…he liquid cools, they begin to stick together like a giant heap of straws. The water flows slowly through these straws because of frictional effects. The result is a stiff material that is given its structure by the straw heap. If you leave the Jell-O long enough, the water will seep out and make puddles on the plate. So disgusting if you start to think about what is actually in it. Yup, jelly is made from cow or pig hooves, bones and connective tissue, all ground up and boiled. Yummy. The basic recipe for jelly is gelatin, water, sugar, flavorings and food coloring. The gelatin is the important bit. Gelatin is basically a processed version of the protein collagen. You have probably heard of collagen before - this protein makes up a third of your body and is found in skin, bones and tendons, making them slightly elastic. As you get older, the collagen deteriorates and that's why our joints get stiffer and wrinkles start to appear in our once smooth skin. So how do they make gelatin from animal collagen? To start with, they grind up all the cow or pig parts and treat them with a strong acid or base. After this, it all gets boiled and the collagen is partly broken down. The gelatin can be skimmed off the surface of the liquid, dried into a powder and be used in jelly. As I mentioned, collagen is a protein. It is made up of long chains of amino acids, with every third amino acid being glycine. Lots of the other residues are proline or hydroproline. It lacks tryptophan, an essential amino acid that we can't make ourselves, so isn't a very good nutritionally source for humans, but who cares. So these long protein chains exist as a triple helix at room temperature- imagine this like three bits of spaghetti all twisted together. The chains in the helix are linked together by covalent bonds. When you make jelly, you add boiling water that provides the gelatin molecules with enough energy to break the bonds holding the chains together. Now, jelly is pretty amazing stuff as it is capable of holding around 10 times its own weight in water. This occurs because as the jelly cools down, the helices start to reform and cross linking occurs. The chains form areas of tangled protein with pockets between them- the water gets trapped in these pockets. This is what gives the jelly its characteristic wobble! What happens to gelatin when you add boiling water? The energy of the heated water is enough to break up the weak bonds holding the gelatin strands together. The helical structure falls apart, and you are left with free polypeptide chains floating about in solution.
Answer The gelatin comes from the marrow of animal bones. The same thing seen in a pan that has cooked a turkey or ham. The heat allows the gelatin to escape from the meat and… bones. Then they add artificial colorings, artificial flavorings, and refined sugar. There are other additives put in to preserve it, and keep it from clumping. Answer GELATIN! ITS SUGAR in water...when it chills...it makes a jiggly thing. JELLO=GELATIN GELATIN=CHILLED SUGAR AND WATER CHILLED SUGAR AND WATER=UNHEALTHY.THEREFORE, JELLO=UNHEALTHY Answer Gelatin is animal bone / bone marrow. Answer Jello is actually quite healthy for you, sans the sugar. It's served at all hospitals as part of most diet programs and is usually the food given to outpatients to "test" their stomach. Answer A more accurate formula would be Jello = Gelatin + Water + Flavoring/Coloring.
Once made up, Jello consists of water, gelatin, artificial flavors and colours and sweeteners.
Yes, you can, someone already has!
First of all, a plasma is a form of matter (like solids, liquids, and gases) where the electrons have enough energy to freely leave the atoms that they would normally be… bound to. While a fluorescent light bulb is on, the interior of the tube is a plasma. Those lightening ball toys have a plasma on the inside. When most people think of plasma, they think of high temperatures. Plasma cutters are used to cut metals. Plasma arc welding can fuse metals together. Some technologies use plasmas to destroy dangerous chemicals. If we could control plasma better and generate it more efficiently, then it could become a source of thrust for spacecraft.
There are several methods for heating plasmas. These include Ohmic Heating, Neutral Beam Injection, Magnetic Compression, Radio-Frequency Heating, and Inertial Compression…. Each of these is discussed below. 1: Ohmic Heating "Since the plasma is an electrical conductor, it is possible to heat the plasma by passing a current through it; in fact, the current that generates the poloidal field also heats the plasma. This is called ohmic (or resistive) heating; it is the same kind of heating that occurs in an electric light bulb or in an electric heater." "The heat generated depends on the resistance of the plasma and the current. But as the temperature of heated plasma rises, the resistance decreases and the ohmic heating becomes less effective. It appears that the maximum plasma temperature attainable by ohmic heating in a tokamak is 20-30 million degrees Celsius. To obtain still higher temperatures, additional heating methods must be used." 2: Neutral-Beam Injection "Neutral-beam injection involves the introduction of high-energy (neutral) atoms into the ohmically -- heated, magnetically -- confined plasma. The atoms are immediately ionized and are trapped by the magnetic field. The high-energy ions then transfer part of their energy to the plasma particles in repeated collisions, thus increasing the plasma temperature." 3: Magnetic Compression "A gas can be heated by sudden compression. In the same way, the temperature of a plasma is increased if it is compressed rapidly by increasing the confining magnetic field. In a tokamak system this compression is achieved simply by moving the plasma into a region of higher magnetic field (i.e. radially inward). Since plasma compression brings the ions closer together, the process has an additional benefit of facilitating attainment of the required density for a fusion reactor." 4: Radiofrequency Heating "In radiofrequency heating, high-frequency waves are generated by oscillators outside the torus. If the waves have a particular frequency (or wavelength), their energy can be transferred to the charged particles in the plasma, which in turn collide with other plasma particles, thus increasing the temperature of the bulk plasma." 5: Inertial Compression This is similar to magnetic compression in that decreasing the gas volume causes the temperature to rise, but in the inertial approach the compression is achieved by using laser or particle beams to heat the outer layer of a target pellet; the outer layer vaporizes and the pressure that the vaporized layer exerts back on the core of the pellet accelerates the plasma inward on itself, and the inertia of the imploding atoms in the pellet allows the pellet to be compressed (for a very short time), and thus heated.
No. It is made of animal bones. Seriously, ask your science teacher. Yes, It's Pork. Here is the URL to the page on the manufacturers site. http://kraftfoods.custhel…p.com/cgi-bin/kraftfoods.cfg/php/enduser/std_adp.php?p_faqid=117&p_created=1072674000&p_sid=W1kbQcHj&p_accessibility=0&p_redirect=&p_lva=&p_sp=cF9zcmNoPTEmcF9zb3J0X2J5PSZwX2dyaWRzb3J0PSZwX3Jvd19jbnQ9Niw2JnBfcHJvZHM9MCZwX2NhdHM9JnBfcHY9JnBfY3Y9JnBfcGFnZT0xJnBfc2VhcmNoX3RleHQ9cG9yaw**&p_li=&p_topview=1 Question Is the gelatin used in your products safe? Answer The majority of gelatin used in KRAFT products is from North American pork, and BSE does not occur in pigs. Additionally, the U.S. Food and Drug Administration and other scientific experts have determined that the manufacturing methods used to produce gelatin -- no matter what the animal or geographic source -- ensure that the gelatin supply is safe. International research, including a review by the EU Scientific Steering Committee, has confirmed that gelatin manufacturing processes remove and inactivate any contamination by BSE. Furthermore, we have had stringent processes in place to prevent BSE in gelatin for many years. During processing the materials used to make gelatin are exposed to extensive purification procedures, including prolonged exposure to both acid and alkaline conditions, which have been demonstrated to substantially enhance the safety of gelatin. The raw materials are also exposed to other processes such as sterilization, filtration, and demineralization, which have also been shown to significantly enhance the safety of gelatin.
The watery part of blood. Plasma is also ionized gas. Ionizing is where it converts an atom of gas into an ion(s) by removing one or more electrons. Also plasma is in fire… ,but gas isn't.
Plasma is the liquid part of blood. It accounts for 46 to 63 percent of total blood volume. It is mostly water with a number of dissolved substances that add to its viscosity.… The majority (92 percent) of the dissolved solutes are plasma proteins. Nonprotein components include metabolic waste products, nutrients, ions, and dissolved gases. Plasma takes up 99% of the universe, but is rarely found on earth. If you heat up matter to roughly 10000 degrees, you can make plasma.
Plasma carries blood cells to and `fro in our body, this yellowish liquid making up more than half of our body supply.
Jello is not a solution; it is a colloid gel of small cells of a solution within a continuous but porous phase of gelatin.
Non stick spray like Pam.
Plasma can refer to the clear component in blood after the red and white cells have been removed. Plasma as in "plasma screen TV" refers to a soup of electrons and protons …in a highly charged electrical field with unusual proprties. In this plasma the molecules are very disrupted and confused an have unusual properties. __________________________________________________________________ Also, in physics, plasma is the fourth state of matter where particles are heated to the point where the electrons are "stripped" away from the nuclei.