are represented as continuous waveforms that can be at an infinite number of points between some given minimum and maximum. a Analog signals c. Digital data b. Digital signals d Digital pulses 34. The most common example of data is the human voice a sampling c. digital b.baud d analog 35. Unfortunately, noise itself occurs as ain) waveform, and this makes it challenging, if not extremely difficult, to separate noise from an analog waveform that represents data. a. analog C hertz b. digital d. byte 36. are discrete waveforms, rather than continuous waveforms. a Analog signals c. Digital data b. Analog bauds d. Analog data 37. The three basic components of analog and digital signals are amplitude, frequency, and a cycles c. hertz b. baud d. phase _ 38. The amplitude of a signal can be expressed as volts, or watts. a hertz e. bits b. amps d. bytes 39. The of a signal is the number of times a signal makes a complete cycle within a given time frame a phase c. period b. amplitude d. frequency _ _ 40, Cycles per second, or frequency, is represented by a bytes c. bits b. hertz d. watts 41. The frequency range of the average human voice usually goes no lower than 300 Hz and no higher than approximately Hz. a. 2200 c. 3400 b. 2400 d. 5300 42. The lowest note possible on the piano is H z, and the highest note possible is 4200 Hz. a. 30 c. 300 b. 80 d. 450 43. The bandwidth of a telephone system that transmits a single voice in the range of 300 Hz to 3400 Hz is Hz. a. 10 c. 3100 b. 100 d. 3700