[5]: #input some values. Do not change this cell speedc/2.0 distance = c * 3600.0 * 24.0 * 365.25 * 10 print(dilation (speed)) print(compute time(speed, distance)) print(total_dilated(speed, distance)) array_v = np.arange(0,c,10000) array_dnp.arange(0, distance * 10, distance / 10) 149896.0 None + None 149896.0 None [6]: # Plot the difference between the time elapsed on Earth and in Space, as a function of speed, for the distance "distance" plt.plot(????) # Do the same, but as a function of the distance, for the speed "speed" 149896.0 ↓曱

[5]: #input some values. Do not change this cell speedc/2.0 distance = c * 3600.0 * 24.0 * 365.25 * 10 print(dilation (speed)) print(compute time(speed, distance)) print(total_dilated(speed, distance)) array_v = np.arange(0,c,10000) array_dnp.arange(0, distance * 10, distance / 10) 149896.0 None + None 149896.0 None [6]: # Plot the difference between the time elapsed on Earth and in Space, as a function of speed, for the distance "distance" plt.plot(????) # Do the same, but as a function of the distance, for the speed "speed" 149896.0 ↓曱