Gyroscope experiment manual

 · AIM: To determine gyroscopic couple on Motorized Gyroscope. APPARATUS USED: Four wheeler two wheeler vehicle. THEORY: When a body moves along a curved path with a uniform linear velocity, a force in the direction of centripetal acceleration (known as centripetal force) has to be applied externally over the body, so that it moves along the. Demonstration Gyroscope (3-Axis) •. ME Students can determine the rotational inertia of the rotating disk. They can then check the measured precession rate when a mass (m) is added a distance (d) from the pivot point. A Unique Experiment: Rotate two disks in opposite directions at the same speed. The angular momenta cancel and the total. Although gyroscopes are used in very sophisticated devices, essentially they are simple mechanical instruments. A child’s spinning toy top is a simple example of a gyroscope. A full-colour, page, illustrated experiment manual provides step-by-step assembly instructions and scientific explanations. Ages 8 and up. pieces.

powers of the gyroscope and learn some of the physics principles behind its behavior. The word "gyroscope" comes from the Greek words gyro, for "circle" or "rotation," and skopeein, meaning "to see." The name was originally coined by a scientist who built the device in an experiment to see Earth's rotation. 4. Motorized gyroscope - Study of gyroscopic effect and couple. 5. Governor - Determination of range sensitivity, effort etc., for Watts, Porter, Proell, and Hartnell Governors. 6. Cams - Cam profile drawing, Motion curves and study of jump phenomenon 7. a) Single degree of freedom Spring Mass System - Determination of natural Frequency and. Gyroscope Manual Version April 2 What's included 1 x Gyroscope 1 x Electric motor and battery pack 2 x Screws to attach motor to the gyroscope conduct experiments with the gyroscope) Should you want the motor permanently attached, then push on the motor and screw in.

Level the gyroscope base as described on page 4 in the Assembly section of this manual. Adjust the position of the large counterweight until the gyroscope is balanced without the add-on mass. The small counterweight can be used to fine-tune the balance. Procedure Weigh the add-on mass and record its mass in Table Attach the add-on mass to the end. GYROSCOPE p L r r τ = Ω · Ω p = 2πf Free (two degrees of freedom) gyro Unlock the outer gimbal by releasing the caging screw, then start the motor. Observe the orientation of the spin vector arrow. Carefully lift the gyro by its base. What happens to the direction of the spin vector arrow?. PHYS Laboratory Manual 48 EXPERIMENTAL PROCEDURE 1. Physical arrangement The gyroscope we will use is a solid metal sphere supported on a cushion of air, as sketched in Fig. The air cushion effectively supports the sphere under its geometric center, so if the sphere were perfect there would be no torques acting at all.