yes because i looked it up and if you want you can go to ask.com so please if you are reading this give me100 dollars
Generally the reaction rate is higher at at high temperarures.
Factors which can increase the rate of a chemical reaction:- temperature- pressure- concentration of reactants- stirring- if solids are involved the dimension of particles is important- the type of reaction- the order of reaction- presence of catalysts- influence of external factorsetc.
Heating is purely physical, though at higher temperatures also some or many chemical reactions might take place: e.g. decomposition (break down) of mineral carbonates into oxides and carbon dioxide.
Borosilicate glass is resistant to higher temperatures; this glass is used for chemical labware.
No molecules are chanced, thus it is NOT a chemical chance. It's not much of a physical change either; the pressure inside is just a little bit higher.
You Don't. You need higher amounts of Oxygen at higher temperatures.
yes because i looked it up and if you want you can go to ask.com so please if you are reading this give me100 dollars
the higher the temperature the more the energy
I believe melting most items is a physical change as you are only changing the state of the matter, not it's composition. There may however be a breakdown that occurs depending on the composition of the glass with high enough temperatures. This would change the chemical composition. I believe you can relate it to melting plastic (don't actually do this as it releases toxic gases). At low enough temperatures it just becomes soft and moldable. At higher temperatures you burn it down and cause changes in the material. I'm no expert
Ethanol is known to have a lower absorbance, in comparison to high temperatures, and this is base on ethanol chemical structure.
Becomes lower and lower.
Higher temperature is responsible for higher kinetic energy of molecules therefore higher no of effective collisions among the reacting molecules and therefore higher rate of reaction.
Chemical industries use high temperatures for several reasons. Firstly, high temperatures can increase the rate of chemical reactions, allowing them to be more efficient. Additionally, some chemical reactions require high temperatures to occur at all. High temperatures can also help to achieve specific physical and chemical properties of materials, such as melting or evaporating substances. Finally, high temperatures can help to remove impurities or increase the purity of a product.
Yes, but it depends on the type of clay, the type of glaze, and how high the temperature under which it has been fired. Usually, the higher the temperature, the more vitreous the final product will become, due to the chemical change it undergoes at higher temperatures.
Factors which can increase the rate of a chemical reaction:- temperature- pressure- concentration of reactants- stirring- if solids are involved the dimension of particles is important- the type of reaction- the order of reaction- presence of catalysts- influence of external factorsetc.
If a substance undergoes a chemical change, its properties change. For example, water, when heated turns into a gas which has a higher volume.
Heating is purely physical, though at higher temperatures also some or many chemical reactions might take place: e.g. decomposition (break down) of mineral carbonates into oxides and carbon dioxide.
At higher temperatures.