Apressurized tank sitting on a 5 m/s moving flatbed tow truck had a small punctured hole on its cylindrical wall. the tank diameter was 1.5 meters. the hole was 0.5 meter above the truck s the fluid level was 2 meters above the hole. the fluid was ejected backward in the direction that of the moving truck direction. the ejected speed was 15 m/s relative to an observ m/s parallel to the truck in the same direction. find the pressure inside the tank it 1200 kg/cubic meter. one atm- 101 kn/sq-m opposite to t 5 er moving a if the fluid density was the cylindrical wall was punctured when the truck passed a traffic light at constant speed 5 m/s in the positive x-direction. the hole was positioned at the back edge of the truck and 2 meter above the ground. simulate the motion of the first fluid drop as a projectile. compute a data table of three columns for a ground stationary observer, namely, time, vertical position, the range as measured from the traffic light (in the negative x-direction). providing 5 data rows with 5 equal time intervals would do.