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Undergrad Program that will draw a(t) knowing x(t) in SHM
T=0,67s initial displacement = 0,299m a=-\omega2*x \omega=\frac{2\pi}{T}=\frac{2\pi}{0,67} Since initial displacement is not equal 0, would it be a good idea to calculate it from formula (initial displacement - displ. at the moment) ? Are these correct calculations of acceleration ? -
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Undergrad Program that will draw a(t) knowing x(t) in SHM
A few days ago I carried out an experiment about Simple harmonic motion. In the attachment I added the scheme of the laboratory. I have collected the following data : time(s), displacement(m), velocity(ms-1) I can obviously plot the graph of x(t). However, the next task is to draw a graph...