Question

A test was carried out on a similar ship by running the secondary power supply through the bridge and back to the azimuth pods. Their oscilloscope measured a waveform of 6420 sin⁡(100πt+5π/6) at the junction of the two cables. Use an appropriate formula to separate the wave into its sine and cosine components. Then, using appropriate techniques, graph the component waveforms and their resultant and compare the graph to the observed wave on the oscilloscope.

image of question below

A test was carried out on a similar ship by running the secondary power supply through the bridge and back to the azimuth pods. Their oscilloscope measured a waveform of (100nt + 5T 6420 sin 10 at the junction of the two cables. Use an appropriate formula to separate the wave into its sine and cosine components. Then, using appropriate techniques, graph the component waveforms and their resultant and compare the graph to the observed wave on the oscilloscope.

Answer 1

Components are below:

These are graphed below (sine component in blue, cosine in red and resulting in green):

fr2- 0it dverges casToor) sun Sun loontS STC Cos anlom t CoS 321013 sin(162 F (Dert) So 6420 sun (l00 rt 32lD +ST

10000 -500이 0.05 0.05 5000 --10000