part 3: digital signal model procedure (continued): this video details the following lab procedures: digital…

part 3: digital signal model procedure (continued): this video details the following lab procedures: digital vs analog signals lab part 3: steps 8 - 9 8. now you will double the length that your signal needs to travel (all the way across the room) and you will switch roles. 9. repeat the same procedure as before. check for understanding: what happens to a digital signal as you increase the distance it has to travel? the digital signal... type answer here

part 3: digital signal model procedure (continued): this video details the following lab procedures: digital vs analog signals lab part 3: steps 8 - 9 8. now you will double the length that your signal needs to travel (all the way across the room) and you will switch roles. 9. repeat the same procedure as before. check for understanding: what happens to a digital signal as you increase the distance it has to travel? the digital signal... type answer here

Answer

Brief Explanations:

Digital signals are composed of discrete values. As the distance they travel increases, they are more prone to noise and signal degradation. However, they can be regenerated at intervals to restore their original form. But over very long - distances without proper regeneration, the signal quality will deteriorate, leading to bit - errors.

Answer:

May experience signal degradation and bit - errors, but can be regenerated to maintain integrity if proper measures are taken.