1. Puck 1 has a mass of 146 g; Puck 2 has a mass of 48 g. The centers of the pucks are 20 cm apart. At what position is the center of mass located, relative to the center of Puck 1? 2. Assume that for the conditions before the collision, you measured the following: aris = +0.147 m/s the x-component of the velocity of puck 1 = the x-component of the velocity of puck 2 +0.370 m/s the y-component of the velocity of puck 1 = +0.297 m/s the y-component of the velocity of puck 2 = -0.368 m/s Using the same masses as in Question 1, calculate the following: a. x-component of the momentum of puck 1 b. x-component of the momentum of puck 2 vonsistite ne c. x-component of the momentum of the system enoitinitub szort gnie noiailloo d. y-component of the momentum of puck 1 e. y-component of the momentum of puck 2 f. y-component of the momentum of the system g. magnitude of the momentum of the system, psystem,i Energy Considerations Air Blower* Air Table* Air Table Pucks Equipment List Computer Digital Camera * An asterisk indicates that an item is described in the Instrument Glossary.