A student is playing with a simple helicopter toy and wants the toy to reach the height above it's initial position shown. The toy consists of a disc-shaped blade of mass 0.5kg and radius 0.06m and stick of negligible mass. The moment of inertia of any disc is I =/2mr?. Assume that the initial time is just after the student has released the toy, so the toy is spinning but NOT moving upwards, that the toy will lose 11J to air resistance during the flight and that it comes to rest and stops spinning at the final time. h = 13m What is the toy's moment of inertia? unit List the energy types at the initial and final time and whether work and loss (due to non- conservative forces) occur as well as the corresponding amounts of energy. reference le initial: unit work? unit loss? unit Final: unit %3D Vith what rotational speed must the toy be launched? rad/s rpm

A student is playing with a simple helicopter toy and wants the toy to reach the height above it's initial position shown. The toy consists of a disc-shaped blade of mass 0.5kg and radius 0.06m and stick of negligible mass. The moment of inertia of any disc is I =/2mr?. Assume that the initial time is just after the student has released the toy, so the toy is spinning but NOT moving upwards, that the toy will lose 11J to air resistance during the flight and that it comes to rest and stops spinning at the final time. h = 13m What is the toy's moment of inertia? unit List the energy types at the initial and final time and whether work and loss (due to non- conservative forces) occur as well as the corresponding amounts of energy. reference le initial: unit work? unit loss? unit Final: unit %3D Vith what rotational speed must the toy be launched? rad/s rpm