Figure 5.1 shows a sample sine wave signal on an oscilloscope display. The scale indicators along the bottom of the display, marked by the yellow (Y-axis) and blue (X-axis) arrows, show that the major Y-axis divisions are 20 V tall, while the major X-axis divisions are 400 us wide. Using the sample waveform and the axis scales given, answer the following questions. PL Q1. What is the peak-to-peak voltage Vp-p of the wave? This represents the vertical height measured from a trough, or lowest point on the wave, to a peak, or highest point on the wave, as shown in Figure 5.2. Include units in your answer. PL Q1: 6 Show code PL Q2. What is the peak voltage 4 of the wave? This is the amplitude of our voltage signal and represents the vertical height measured from the central horizontal axis on the wave, as shown in Figure 5.2. Include units in your answer. What is the mathematical relationship between the amplitude and peak-to-peak voltage? PL Q2: "Insert text here Show code PL Q3. What is the period ?" of the wave? This represents the time for one full wavelength to propagate, as shown in Figure 5.2. Include units in your answer. HINT: Figure 5.1 displays a waveform with three full wavelengths. PL Q31 " Insert text here Show code PL Q4. What is the frequency f of the wave? This represents the number of full wavelengths that propagate in one second. Mathematically, period is related to period through the equation f = 1/7 and is expressed in units of hertz (Hz) or 1/s. PL_Q4: "Insert text here Show codeFigure 5.1: i1. sample waveform on an oscilloscope display. m-' '1'. _ Figure 5.1 shows a sample sine wave slgnal on an oscilloscope display. The scale Indicators along the bottom of the display. marked bythe yellow Elfaxis} and blue {iiaxis] arrows. show that the major Yaxls divisions are 20 'li tall. while the major illaids dlvisioos are dill] us wide. Lislng the sample waveform and the axis scales given. answer the following questions.