You get a cooling effect when acetone is placed on your nails. why is placing acetone on your nails an endothermic process? heat from the body is absorbed by acetone as it evaporates. heat is released into the body by acetone as it evaporates. acetone has a lower temperature than the surroundings. the temperature of the surroundings is greater than acetone. there is no exchange of energy between acetone and the surroundings.

I think the correct answer would be the first option. The cooling effect of acetone placed on the hands is an endothermic process since heat from the body is absorbed by acetone as it evaporates. An endothermic process is a process that absorbs heat for it to occur.

                 Heat from the body is absorbed by acetone as it evaporates.

Explanation:

                        In order to understand this question you should get familiar with evaporation, endothermic and exothermic processes.

                        Evaporation is the process in which the molecules of solvent continuously escapes from the surface of that solvent. Therefore, those molecules which are energetic, having greater kinetic energy leaves the system and the system is left with molecules with lower energy hence, causes cooling.

                         While, Endothermic process is that process in which the system absorbs heat and in Exothermic process the system releases heat. Hence, for evaporation the solvent requires heat and is therefore endothermic in nature.

                          In case of acetone on nail, the highly energetic molecules of acetone escapes leaving behind lower energy molecules which in return absorbs energy from body causing cooling effect.

I’m pretty sure it’s false i’m not sure

Answerd. may include all of these are many definitions of bases: the  brønsted-lowry definition of acids and bases says that bases are proton acceptors.the arrhenius definition of acids and bases says that bases increase [oh⁻] in solution (thereby producing oh⁻ ions)the lewis definition of acids and bases says that bases donate electron pairs.therefore, the sensible answer is that a base may include all of the described characteristics.