apott155 said:I don't think so... The ending value has to be inbetween 0 and 1 because its probability
The probability of an electron being in a specific location is described by its wave function, which is a mathematical representation of the electron's probability density. This probability density is not a fixed value, but rather a range of possible values that encompass the electron's position in space.
The probability of an electron is calculated using the Schrodinger equation, which takes into account the electron's wave function, the potential energy of its surroundings, and other factors such as spin and angular momentum. This equation allows us to determine the probability of finding an electron in a specific location at a given time.
No, the probability of an electron being in a specific location can never be 100%. This is because of the inherent uncertainty in quantum mechanics, which states that we can only know either the position or the momentum of a particle with a certain level of accuracy, but never both at the same time.
The probability of an electron changes over time as its wave function evolves. This evolution is governed by the Schrodinger equation, which takes into account the changes in the electron's surroundings and other factors such as interactions with other particles. As the electron's wave function changes, so does its probability of being in a specific location.
While the probability of an electron cannot be directly observed or visualized, it can be represented graphically through its wave function. This allows scientists to understand the likelihood of finding an electron in different regions of space and how it changes over time. However, it is important to note that the wave function itself is not a physical representation of the electron, but rather a mathematical tool used to describe its behavior.