The discussion revolves around finding the amplitude of a combined signal, specifically in the context of wave interference and electric field strength. Participants explore the relationship between phase difference and amplitude, as well as the appropriate units for measuring amplitude in this scenario.
The conversation is ongoing, with participants seeking clarification on the relationship between amplitude and electric field strength. Some guidance has been provided regarding the interpretation of units and the significance of the sine function in determining amplitude, but no consensus has been reached on memorization versus understanding of the underlying concepts.
Participants are navigating the implications of units in the context of their coursework, particularly how amplitude is defined in relation to electric fields rather than physical distance. There is an underlying assumption that understanding these concepts is crucial for their homework tasks.
Probably. It's that or memorize the trig identity for sin(A) + sin(B) which is used to derive it. While the latter is more useful in general, the former is more likely to be expedient in the context of your current coursework.alexdr5398 said:
The sin function varies between + and - 1 as t varies, so what's its magnitude?. The rest are constant terms.alexdr5398 said:
gneill said:
gneill said:
It's the amplitude of the electric field strength that is being measured. That's the change in electric potential with distance, hence volts per meter as the basic unit. The amplitude here is not a physical distance, but a field strength.alexdr5398 said:
gneill said: