if a random electron strikes a neutral conductor does it get absorbed and increase the voltage of the conductor
A random electron is an electron that is not part of a specific atom or molecule and does not have a specific direction or purpose.
A neutral conductor is a material that has an equal number of positive and negative charges and therefore has no overall electric charge.
When a random electron strikes a neutral conductor, it can transfer its energy to the conductor, causing the atoms in the conductor to vibrate and create heat. This process is known as thermal conduction.
In most cases, a single random electron striking a neutral conductor will not cause any significant damage. However, if a large number of random electrons strike the conductor at once, it can cause damage to the material, such as melting or burning.
Understanding the behavior of random electrons striking neutral conductors is important for various fields of science, such as materials science, electronics, and energy production. It can also help in developing protective measures against potential damage caused by random electron strikes in various technologies.