06.10: A firecracker explodes while in flight along a parv7e u,2 xgu64 0ruynraabolic path and fragments from it traveling a xuunr7 a ,20uge46vryll directions. After the explosion, the center of mass of the firecracker

  07.20: A large wedge rests on a horizontal fricte vgc;;vuk* 9fionless surface, as shown. A block starts from rest and slides down the inclined surface of the wedge, which is rough. During the motion of the block, the center of mass of the block an;egv; 9v*fcku d wedge system

  10.34: A 4.0 kg object in deep space moves at hq+wja, e (ff7a constant velocity of 10 m/s along the +x axis. The obje +a(hjewqf, f7ct 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 size 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 right at 8.00 m/s. A 5.0 kg mass movebn4n- c7,x* n:kjov wos to the left at 7.00 m/s. With what speed does the center of mass of this two-mass sysjnwck:,4o7n-x n*v botem move?

  17.34: A 9.20 m long uniformi3 enii1ew0o) 5tpa((qj v8oe plank rests on a frictionless 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 to 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. Whic38eoqe woiev1a5pi ntj)(0 (ih one of the following choices best represents the mass of the plank?