Explains how the current oscilloscope
with two input without shorter the Circuit ?

O-scopes are an important tool in any electrical engineer's lab. They allow you to see electric signals as they vary over time, which can be critical in diagnosing why your 555 timer circuit isn't blinking correctly, or why your noise maker isn't reaching maximum annoyance levels.

if that is not it then this might be the answer (sorry idk if its wrong for you or not) :

Things get a little complicated when you want to measure changing signals. This is at the mercy of the refresh rate (number of samples per second) of the multimeter, and the average human can comprehend only so many changes to a display per second. Measuring AC becomes a little simpler if your multimeter has an RMS voltage measurement (RMS voltage is the voltage of an AC signal that would transmit the same amount of power that a DC supply of that voltage would produce). This is strictly limited to periodic signals (square waves and the like are strictly out of question unless the RMS measure is ‘true’, even then, there are no guarantees on the accuracy of the measurement). Most multimeters are also low pass filtered, which prevents AC measurement above a few hundred Hertz.

Explanation:

Roses are red

Violets are blue

I would get

Roasted all day

If i were you

Hope this helps

Sorry if that was mean but its just what i put at the end of all my answers now

:)

answer:

what

explanation: