Intuitive said:Does increasing the Sinusoidal Electron Frequency and lowering of its Sinusoidal Electron Amplitude cause less resistance in a flow of Electrons in/on a conductive material?
This is only for DC current and not AC.
Is there any data which supports this?
Electron Sinusoidal Frequency is a term used to describe the rate at which the electrons in an electrical circuit oscillate or vibrate.
Electron Sinusoidal Frequency is measured in Hertz (Hz), which is the number of cycles per second that the electrons complete in the circuit.
The factors that affect Electron Sinusoidal Frequency include the voltage, resistance, and capacitance of the circuit, as well as any external forces or interference.
Electron Sinusoidal Frequency is important because it determines the behavior and performance of electrical circuits. It is also crucial in the design and analysis of electronic devices and systems.
Electron Sinusoidal Frequency is related to other electrical properties such as current, voltage, and power. It is also closely linked to other concepts in physics, such as wavelength and frequency.
