Motion in a Line Equations

Which equation would be the best choice to apply to the following question: "A squid swimming forward at 3.5 m/s sees a shrimp ahead of it, and speeds up. How far does it get if it takes 0.80 s to get up to a velocity of 5.0 m/s forward?"

Which equation would be the best choice to apply to the following question: "A car takes off from rest, and accelerates at a rate of 5.20 m/s².  How long does it take to travel 1400 m?"

Which equation would be the best choice to apply to the following question: "How much time does it take for a meteor moving forward at 17200 m/s to change velocity to moving forward at 3800 m/s if it accelerates at -245 m/s²?"

Which equation would be the best choice to apply to the following question: "A cargo ship travels 2500 m as it changes velocity from 22.0 m/s forward to 5.6 m/s forward. How much time does this take?"

Which equation would be the best choice to apply to the following question: "If a car capable of an acceleration of -7.20 m/s² leaves skid marks 45 m long as it comes to a stop, how fast was it moving when the brakes were applied?"

Which equation would be the best choice to apply to the following question: "An airplane traveling at 250 m/s as it reaches its landing strip comes to a stop by the end of the landing strip.  It accelerates at a rate of -8.3 m/s².  How far did the airplane travel during the landing?"

Which equation would be the best choice to apply to the following question: "What acceleration does a volleyball experience if it starts off moving at -12 m/s to moving at +28 m/s in a time of 0.35 s?"

Which equation would be the best choice to apply to the following question: "How far does a car skid if it was originally moving forward at +35 m/s, and it accelerates at -8.5 m/s² for 2.2 s?"