Answer :

Final answer:

Digital signals are harder to hack than analog signals because they are converted into binary codes and can be encrypted, adding layers of complexity and security. Analog signals, on the other hand, are easier to intercept and understand.

Explanation:

Digital signals are generally more secure and harder to hack than analog signals for several reasons. First, digital signals are converted into binary codes (0s and 1s), which adds a layer of complexity to the signal itself. This makes it more difficult for unauthorized individuals to understand or manipulate the transmitted information. Additionally, digital signals can be encrypted. Encryption is a process of encoding information so that only authorized parties can access it. As such, a hacker would need the correct decryption key to interpret the digital signal.

Conversely, analog signals, which use continuous waves to represent information, are relatively easier to intercept and understand without any additional tools or keys. Therefore, the combination of binary representation and encryption makes digital signals harder to hack than analog signals.

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Rewritten by : Jeany

Answer:

1activates the signal, whereas a zero deactivates it. Like light switches, digital signals have two values. Digital signals deliver chunks, but analog transmissions send continuous streams.

2Unlike analog signals, which may transmit an endless number of values, digital signals can only convey two different values. A popular digital signal is binary code, which is a language made up entirely of zeros and ones that computers use to communicate.

3In binary form, the binary system manipulates discrete data. Modulating or encoding digital signals can also be used to represent binary data. A discrete signal is referred to as a digital signal. The signal is continuous.

Explanation:

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