:5. 5.45 kg cannonball is show at 148 mfs [W] from a ?'50 kg cannon. Both the cannon and the cannonball are at rest before the shot is fired. What is the impulse given to the cannon when the cannonball is fired? Select one: C} a. 2?.2 Ns [E] O b. 5.0?r Ns [E] C} c. 807'r Ns [E] I a} cl. 130 NE. [E] 1180 kg red car is sitting stationary at a red light. A blue car with a mass of 1340 kg is approaching from behind at 0.588 mfs and it bumps into the red car. After the collision, the blue car continues rolling ahead at 0.143 mfs. What was the velocity]' of the red car immediately after the collision, based on this information? Select one: Q a. 0.445 mfs C. b. 0.505 mfs C: c. 0.588 mfs (\"J ' cl. 0.580 mfs :5. 98.4 kg football halfback carries the ball down the field running at 102 mfs [N]. He is tackled by an opposing linebacker 1who is running at 4.?8 mfs [S]. The two players move together after the collision, and their combined velocity after the impact is 1.02 mfs [N]. What is the mass of the linebacker? Select one: C} a. 84.8 kg 0 b. 102 kg C: c. 13? kg f, .j- d. 128kg x 125i]I kg car is passing through an intersection at 8.12 mfs [.]. It is hit in the side by a truck moving at 8.25 mis [90.00]. Immediately after the collision, the lirelotiti,r of the car was 5.65 mz's [3'31\"] and the velocityr of the truck was 6.4? mfs [38.50]. The mass of the truck, in scientific notation, was a.bc x 1t]d kg. The values of a,b,c, and d are: