Planck
only regards quantization as a skill in mathematical processing,
while Einstein understands quantization as a basic phenomenon, that
is, when light propagates in space, the energy is quantized. (
)
only regards quantization as a skill in mathematical processing,
while Einstein understands quantization as a basic phenomenon, that
is, when light propagates in space, the energy is quantized. (
)
举一反三
- Einstein<br/>only regards quantization as a skill in mathematical processing,<br/>while Planck understands quantization as a basic phenomenon, that is,<br/>when light propagates in space, the energy is quantized. (<br/>)
- Generally,<br/>an analog signal can be reconstructed more accurately with ( ) A: more<br/>quantization levels B: fewer<br/>quantization levels C: a<br/>higher sampling frequency D: a<br/>lower sampling frequency
- The quantization process<br/>____. A: converts the<br/>sample-and-hold output to binary code B: converts a sample impulse<br/>to a level C: converts a sequence of<br/>binary codes to a reconstructed analog signal D: filters out unwanted<br/>frequencies before sampling takes place
- Objects can possess energy as __________. (a) endothermic energy <br/>(b) potential energy <br/>(c) kinetic energy A: a only B: b only C: c only D: a and c E: b and c
- What is the correct processing sequence for acquiring and processing audio signals? A: Quantization, sampling, coding, storage, decoding, D/A conversion B: Sampling, quantization, coding, storage, decoding, D/A conversion C: Quantization, sampling, coding, storage, decoding, A/D conversion D: Sampling, quantization, coding, storage, decoding, A/D conversion