06.10: A firecracker explodes while in flight al.uc-pgtdj *lm6ot , k4,z6wvsong a parabolic path and fragments from it traveling all 4 cktd66 pwjl.-v *zsg,t,omu directions. After the explosion, the center of mass of the firecracker

  07.20: A large wedge rests on a horizontal frictionless surface, as shownv/4/qo2z6y/axffs. )ohfe m)7 l hxjt. A block starts from rest and slides down the inclined surface of the wedge, which is rough. During v/ot x/q/as)2oylfef .z 6)4jxfh7 mhthe motion of the block, the center of mass of the block and wedge system

  10.34: A 4.0 kg object in deep space moves at a constant velo-ufg3* yu b-psh:zvq. wd23r fcity of 10 m/s along the +x axis. The object suddenly explodes into 2 equal mass pieces. Immediately after the explosion, one piece is now moving directly along the –y axis with a speed of 8.0m/s. What was the sg dpur*u3 -y2:3hszq-f f .wbvize of the impulse (in proper MKS units) provided to this piece now moving along the –y axis from the explosion?

  16.26: A 10.0 kg mass moves to the r;d3hqj jd.)8nuxwf(m hp4v+ iight at 8.00 m/s. A 5.0 kg mass moves to the left at 7.00 m/s. With what speed does the center of mass of this ti4;w8.hmdhq(+dvj3jxpf ) un wo-mass system move?

  17.34: A 9.20 m long uniform plank rests on a frictionleuhm*ai 8vb o1qm6: cj0ss ice pond. A 52 kg box rests on the plank’s left end while a 71 kg person stands at the plank’s right end. After the person walks t b1q*o6a: hmuvc jmi08o the left on the plank and stands at the same location as the box, the plank has slid 3.84 m to the right relative to the pond’s shore. Which one of the following choices best represents the mass of the plank?