T = period = time it takes for one complete ... text{2}}\) = 26 cm. The amplitude of the wave is 26 cm. 2. \(\text{frequency f =}~\frac{\text{number of waves to pass a point}}{\ ...

This video is part of the Test & Measurement Series: XYZs of Oscilloscopes Video Series This video tutorial will introduce you to basic time ... amplitude, max, min, peak-to-peak period ...

A frequency ... The period of vibration is 0.0023 s. There are three equations for calculating frequency: \(\text{frequency f =}~\frac{\text{number of waves to pass a point}}{\text{time taken ...