Pulses superposition refers to the phenomenon in which two or more pulses of the same type (e.g. sound, light, or mechanical) overlap and combine to form a new pulse with a different shape or amplitude.
Pulses superposition occurs when two or more pulses travel through the same medium at the same time. As they overlap, their amplitudes add together, resulting in a new pulse with a different shape or amplitude.
After 5 seconds in pulses superposition, the overlapping pulses will continue to propagate through the medium, interacting with each other and potentially creating a new pulse with a different shape or amplitude.
The velocity of 1cm/s in pulses superposition refers to the speed at which the pulses are traveling through the medium. This velocity can affect the resulting superposition, as well as the time it takes for the pulses to interact and create a new pulse.
Pulses superposition is used in a variety of real-world applications, such as in medical imaging techniques like ultrasound and in communication technologies like radio and television broadcasting. It is also used in the study of waves and wave behaviors in physics and engineering.