Question

What conclusion about the reliability of analog and digital waves is supported by the data?

1) Analog waves are less reliable because they tend to have more errors when copied.
2) Analog waves are more reliable because they tend to have fewer errors when copied.
3) Digital waves are less reliable because they tend to have more errors when copied.
4) Digital waves are more reliable because they tend to have more errors when copied.

Answer 1

Digital waves are more reliable than analog waves because they can be reproduced with fewer errors, benefiting from error correcting algorithms and clear binary thresholds distinguishing the digital states.

Step-by-step explanation:

The conclusion about the reliability of analog and digital waves is that digital waves are more reliable because they tend to have fewer errors when copied. When analog signals are copied or transmitted, they are prone to degradation and distortion due to their continuous nature. This can lead to a gradual loss of signal quality over distance or with each copy made. On the contrary, digital signals are composed of binary ones and zeros, which makes them less susceptible to errors during copying because a clear threshold differentiates the binary states. Furthermore, digital technology permits the use of error correction algorithms, which can detect and correct errors that may occur during the transmission process, leading to more reliable data communication.