Use the same formula. Think of the electron as a photon that has a non-zero rest mass.mushupork5 said:well the wavelength of a photon is simply h/p, for the electron i can't seem to find a formula for the wavelength
Photons are particles of light that carry energy and have no mass, while electrons are negatively charged particles that carry energy and have mass. Both photons and electrons can have the same amount of energy, but they have different properties and behave differently.
The wavelength of a photon determines its energy, with shorter wavelengths having higher energy and longer wavelengths having lower energy. In contrast, the energy of an electron is determined by its velocity, not its wavelength. Therefore, photons and electrons with equal energy may have different wavelengths.
The wavelength of a photon is determined by its frequency, which is a property of light. On the other hand, the wavelength of an electron is determined by its momentum, which is a property of matter. Therefore, even if they have the same amount of energy, photons and electrons can have different wavelengths because they have different properties.
The energy of a photon determines its frequency and wavelength, which determine its behavior in terms of interactions with matter and how it travels through space. In contrast, the energy of an electron determines its velocity and, therefore, its behavior in terms of its motion and interactions with other particles.
The energy of photons and electrons are both forms of energy, but they are not directly related to each other. They can have the same amount of energy, but they have different properties, behaviors, and effects. It is important to understand the differences between photons and electrons and how their energy affects them individually and in various systems and interactions.