An exothermic process is any process that releases or loses energy to its environment.
An exothermic reaction is a reaction between two elements which causes the temperature to rise. The opposite is endothermic which causes the temperature to drop.
During an exothermic change, such as freezing, the substance releases energy to its surroundings.
Exothermic reactions release heat energy, so they would produce heat (increase in temperature). This can easily be tested by touching the container with your hands, or by using a thermometer. The opposite is an 'endothermic' reaction, which absorbs energy and feels colder.
According to the definition of an exo/endo-thermic compound, all metallic oxides (rusty metals) are exothemic compounds, since their forming reaction starting from elemenets (Me + O2) is called rusting as an example of an exothermic reaction.
The difference is that the endothemic change is when energy is absorbed from the substance and exothermic change is when energy is removed or taken out of the substance.
Normal reaction happens when the reaction is normal. Abnormal reaction happens when the reaction is abnormal.
exothemic energy
exothermic
During an exothermic change, such as freezing, the substance releases energy to its surroundings.
Light Energy,Electrical Energy,Light and thermal energy
Exothermic reactions release heat energy, so they would produce heat (increase in temperature). This can easily be tested by touching the container with your hands, or by using a thermometer. The opposite is an 'endothermic' reaction, which absorbs energy and feels colder.
A liquid on its own cannot be described as either endothermic or exothermic. The terms endothermic and exothermic are the names of two opposite process reactions. An endothermic reaction absorbs heat and and exothermic reaction gives off heat. A liquid can be involved in either an endothermic reaction or in an exothermic reaction. If you are evaporating a liquid from its liquid phase to its gas phase, then the reaction is usually endothermic and vice versa, going from the gas phase to the liquid phase, the reaction is usually exothermic.
According to the definition of an exo/endo-thermic compound, all metallic oxides (rusty metals) are exothemic compounds, since their forming reaction starting from elemenets (Me + O2) is called rusting as an example of an exothermic reaction.
When solid sodium hydroxide dissolves in water, the water heats up, demonstrating that the process of dissolving is exothermic for NaOH. (Very exothermic, in fact, releasing about 45kJ of heat per mole dissolved -- enough to heat a liter of H2O by 10C!) Since heat can be thought of as a product in an exothermic reaction, the equation is: NaOH (s) ---> Na+ (aq) + OH_ (aq) + 45kJ
The difference is that the endothemic change is when energy is absorbed from the substance and exothermic change is when energy is removed or taken out of the substance.
The reverse reaction is not always endothermic or exothermic, the reverse reaction is the opposite of whatever the initial reaction is, so if the reaction is endothermic, the reverse reaction is exothermic and vise versa.
SALT DOESNT MELT THE ICE IT JUST LOWERS THE FREEZING POINTWell Salt Does Make Ice Melt Faster :) I made the project and my result were correct SALT melts ice faster :)
Very carefully! Highly exothemic dissolution reaction.Never add water to the solid material!Use all (face! and hands!) protectional measures.Add stepwise solid to the excess of water while stirring and cooling.