Which statement comparing digital and analog signals is true?
Digital provides more accuracy, but analog provides more clarity
Digital is more prone to disorientation than analog
Digital has more possible values of an analog
Digital has more clarity, but analog is more accurate
Digital provides more accuracy, but analog provides more clarity.
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I'm sorry, I don't understand what you mean. Can you please provide more context or rephrase your statement?
The statement that is true is: Digital provides more accuracy, but analog provides more clarity.
To understand why this statement is true, let's break down the terms "accuracy" and "clarity" in the context of digital and analog signals.
Accuracy refers to how closely a signal represents the original information without any loss or distortion. Digital signals are discrete and quantized, meaning they can only take a limited number of distinct values. Due to this discrete nature, digital signals can accurately represent information without any loss or degradation, as long as the appropriate number of bits is used to encode the signal. So, digital signals provide more accuracy.
Clarity, on the other hand, refers to how well a signal can be understood or interpreted. Analog signals are continuously varying and can represent an infinite range of values. This continuity allows analog signals to provide more details and nuances, making them clearer when it comes to representing complex and subtle information. Analog signals can better preserve the characteristics of the original information, resulting in more clarity.
Therefore, the statement is true because digital signals offer more accuracy in representing information without loss or distortion, while analog signals provide more clarity by preserving the intricate details of the original information.