6:25 light bulb moment - basically phase accounts for time once, while frequency incorporates it twice. Plotting the clock displays as a function of time (as you did), this is reflected by *frequency* being the _rate of change_ or _slope_ and *phase* being _distance from the Y axis_ (time 0). Great analogy because time itself, as a function of speed, has its own phase and frequency (ie. the clock with the longer seconds was moving faster through space than the slower one). This is also how MRIs use magnets to image three-dimensional space via electromagnetic induction.
6:25 light bulb moment - basically phase accounts for time once, while frequency incorporates it twice. Plotting the clock displays as a function of time (as you did), this is reflected by *frequency* being the _rate of change_ or _slope_ and *phase* being _distance from the Y axis_ (time 0).
Great analogy because time itself, as a function of speed, has its own phase and frequency (ie. the clock with the longer seconds was moving faster through space than the slower one). This is also how MRIs use magnets to image three-dimensional space via electromagnetic induction.
Great way to explain Freq. vs Phase error. Thanks for the effort , Sieg.
Glad you thought so! Thanks for the feedback 🙂
very useful video. thank you so much
Glad to hear you found it helpful!
Excellent! Thanks!
Our pleasure!