Task For each problem below, create a sketch qualitative position vs time graph qualitative velocity vs time graph . list of variables used to solve problem with their (known or unknown) values full solution (i.e. showing all steps) to the problem using appropriate notation and units. Assumptions - assume the positive directions are upwards, forwards, to the right, N and E. - air resistance is negligible. - g (9.8 m/s? ]) has 2 significant digits.Sample A cubic sea turtle was dropped from the 11th floor of a 32-storey building. The sea turtle was later caught at a position below its starting position. Consider the origin at the 32nd floor. Determine how far below the 32nd floor the sea turtle was caught if it was caught moving at 11.3 m/s. Sketch Position-Time Graph (0,0)- Q 0 Velocity-Time Graph List of Variables v1 = 0 m/s 12 = -11.3 m/s a = -9.8 m/s2 Ad =? Full Solution U2 = vi+ 2and U2 = 0+ 2(-a)Ad Ad = 2a Ad = (11.3 m/s)2 2(9.8 m/$2) = -6.515 m = -6.5 m The sea turtle was caught 6.5 m below the 32nd floorProblems 5. A cubic shark was thrown downwards from the 8th floor of a 27-storey building. The shark was later caught at a position below its starting position. Consider the origin at the 8th floor. Determine the final velocity of the shark if the shark moved for 1.4 s and was caught 19.5 m below the 8th floor. 6. A cubic tuna fish was thrown upwards from the 7th floor of a 26-storey building. The tuna fish was later caught at a position below its starting position. Consider the origin at the 7th floor. How high above the 7th floor was the tuna fish caught if it was thrown upwards at 18.4 m/s and travelled for 4.5 s