Vector Application Assignment CHOOSE 2 TO SOLVE. Show all your work! 1. A ball is thrown and at the time of release, the velocity of the ball is given by v=22.6i +8.2j. where each component is given in m/sec. Find the initial velocity v. (magnitude of the velocity vector at the time of release) and the angle above horizontal (in degrees) at which the ball was thrown. Round to 1 decimal place. 2. A ball is thrown from a height of 1 m. At the time of release, the velocity of the ball is given by v +2.25 + 12.7j, where each component is given in m/sec. Find the initial velocity v. and the angle above the horizontal (in degrees) at which the ball was thrown. Round to 1 decimal place. 3. A punter kicks a football with an initial velocity given by v = 22.2i + 18.6 m/sec. Find the magnitude of the velocity vector at the time the ball leaves the punter's foot. Round to the nearest m/sec. Find the angle from the horizontal at which the ball was kicked. Round to the nearest degree. 4. The velocity of a ship is given by the vector -6.4 i +7.73 mph. Find the speed of the ship. Round to the nearest mph. Find the bearing of the ship. Round to the nearest degree. 5. During a penalty kick, a soccer ball is kicked at an angle of 8 degrees from the horizontal with a speed of 53 mph. Write the velocity vector v at the instant of the kick in terms of i and j. Round components to the nearest tenth of a mph.