Finding Transfer Fucntion of a Block Diagram Example (Direct Algebraic Method)

Solving this problem using Block Diagram Reduction: https://youtu.be/dXUAJtWNuCU Deriving Block Diagram Reduction Rules: https://youtu.be/74ky47hKGoM I don't see this method for finding the transfer function of block diagrams as often as I see block diagram reduction rules used, but I like it because you avoid having to draw out the the block diagram at every step. Timestamps: 00:00 - Introduction 00:40 - Labeling the signals 01:18 - Finding equations for each signal 04:38 - Combining equations and algebra 09:05 - Writing the transfer function 10:10 - Answer If you have any questions or want to see me make a video about something, please leave a comment below! Errata: At 03:26 I said "coming from the left" instead of "going to the left". This is corrected with text over video.