PLEASE ANSWER USING THE GIVEN DATA, I'LL GIVE POSITIVE FEEDBACK. THANK YOU!

Task: Determine the relationship between the precession angular velocity, the spin angular velocity (number of radians per second the gyroscope is rotating about the z-axis in Fig. 1 below), the applied moment ( r_{G *} W in Fig. 1) and the rotational mass moment of inertia ( I_z ) of a gyroscope in steady precession.

Justify your findings and discuss how the graph confirms the relationship between the precession time period and the spin angular velocity.

900g counterweight thumbscrew thumbscrew rotating disk 30g 1735 g flat of counterweight rotating axle Diam: 253 mm back add-on mass gyroscope axle rotating axle D "E" rings (2) for thumbscrew rotating disk O cast iron "A" base "E" ring for rotating axleMoment Spin Precession Mass (g) Position Start RPM Finish RPM No. Revolutions time (s) 20.48 Front 812.30 645.30 0.5 89.06 20.48 Front 565.90 470.00 0.5 30.62 20.48 Front 439.20 371.70 0.5 25.43 20.48 Front 423.60 361.30 0.5 24.53 20.48 Front 220.20 191.40 0.5 13.10 20.48 Front 403.80 354.00 0.5 22.88 59.98 Back 470.60 419.50 18.34 59.98 Back 525.40 393.30 1 17.60 59.98 Back 361.30 318.30 13.94 59.98 Back 599.10 515.20 23.62 59.98 Back 940.40 781.00 35.85 59.98 Back 723.30 612.80 1 27.69 39.50 Front 437.20 378.80 0.5 22.56 39.50 Front 345.20 304.10 0.5 17.03 39.50 Front 973.20 773.50 0.5 43.97 39.50 Front 726.70 606.00 0.5 37.44 39.50 Front 568.80 484.00 0.5 28.00 39.50 Front 459.60 395.60 0.5 24.03