Final answer:
The question about the S6000 supporting 192kHz cannot be answered without more information about the device. The average person cannot easily discern the difference between a 2002-Hz sound and a 1999-Hz sound when played sequentially. The observed frequency does not become infinite when the sound source moves at the speed of sound; this is a misunderstanding of the Doppler effect.
Step-by-step explanation:
The S6000 mentioned in the question is likely to be a model of an audio device or digital interface, as the specification of supporting 192kHz refers to sample rate capabilities typically associated with audio equipment. However, the question about whether the S6000 supports 192kHz or not cannot be answered without specific information about the device in question. Therefore, the answer to 'The S6000 supports 192kHz. True or false?' cannot be provided without additional context.
To address the related question provided as reference, it is quite difficult for the average person to discern the difference between a 2002-Hz sound and a 1999-Hz sound without playing them simultaneously. The difference of 3 Hz is very minimal and is within a range that the human ear might not easily distinguish when heard sequentially rather than concurrently.
In the context of the Doppler effect and sound speeds, the statement 'The observed frequency becomes infinite when the source is moving at the speed of sound' is false. When the source of sound moves at the speed of sound, a large buildup of sound waves occurs at the leading edge, which is known as a sonic boom. However, the frequency does not become infinite; it rather increases as the source approaches the observer and decreases as it moves away.