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Explain the reaction when magnesium metal is burnt using the Big Idea of Energy?
The reaction of magnesium and oxygen happens with the help of heat enery. There are two magnesium particles and two oxygen particles these then join together to create two magnesium oxide compounds.
What solution will not react with magnesium?
The solutions having organic non polar solvents as Benzene, Hexane, carbon tetra chloride do not react with Magnesium.
Is magnesium chemically reactive element in the periodic table?
i have know idea but i think
How is geo thermal energy being used as a source of energy?
geothermal energy refers to the idea of using the temperature difference between the Earth's surface and the ground below it to drive a thermodynamic cycle from which you can produce useful energy.
Why did Arthur Manam create the solar panel?
To create a energy efficent way to produce energy using a common item. He had the idea of the sun because it appers everywhere on the planet.
How do your muscles continue to get energy during high levels of activity when there is not enough energy?
The muscles continue to get enough energy during high levels of activity when there is not enough oxygen through the absorption of water. It is a good idea to drink water frequently when doing strenuous exercise.
What happens if you touch magnesium?
If you touch magnesium, it is generally safe as long as you wash your hands afterwards. Magnesium is a metal that is not typically harmful to touch. However, it is still a good idea to avoid prolonged contact with magnesium as it can irritate the skin.
How can you explain the physical change of a burning candle using the big idea of energy?
The physical change of a burning candle can be explained using the big idea of energy by understanding that the burning process releases stored chemical energy in the wax as heat and light energy. The chemical bonds in the wax molecules break, converting chemical energy into thermal and electromagnetic energy. This change is an example of the conservation of energy principle, where energy is transformed from one form to another but not created or destroyed.
Why is photosynthesis so important to producers?
its important because when photosynthesis is in effect it gives off oxygen and oxygen is what we need to live on earth
How do your muscles continue to get enough energy during high levels of activity when there is not enough oxygen?
Your muscle cell break down energy from food turning it into the process of respiration. Respiration is when the body turn carbon dioxide into oxygen Edit- Oxygen is used to create ATP in the muscle cell site, however it is still possible to create ATP without oxygen. this is called Anaerobic glycolysis and is when energy from glucose (sugar) is broken down without the presence of oxygen. the byproduct of this reaction is lactic acid and causes the muscles to retard and tighten up.
Is pretrial release a good idea Why do you keep on using it?
Is pretrial release a good idea why do we keep in using it
Why can't you prepare ozone manually by combining oxygen and nascent oxygen?
Oxygen hangs around as the diatomic molecule O2 . Inferred from the question is that nascent oxygen is O1 (a single atom of oxygen) and can be used with the idea being to do this: O2 + O1 = O3. Chemistry would have to be taking the day off for this to happen. And chemistry doesn't take a day off. Oxygen is not a solo act. It is not monatomic. It's like this: 3O2 + energy = 2O3. The reaction is endothermic; energy needs to be put in to make it happen. The energy comes from UV photons in photolysis or from good old high voltage in corona discharge reactions. Ozone is unstable and spontaneously reverts to diatomic oxygen like this: 2O3 = 3O2. Ozone cannot be prepared "manually" using "nascent" oxygen because oxygen writes the terms and conditions under which it will live. It will not live as O1 and therefor will not be available to combine with 1O2 to form 1O3. "Nascent" oxygen is more likely to join with another O1, and make O2. Not that O2 + O -> O3 doesn't happen, it does occasionally, with the help of other "third parties". See the link below for a technical paper on the functionally similar production of ozone in air using electrons to form "nascent oxygen".
