A pelican catches a fish and takes to the air. When the pelican is A = 19.8 m above the sea, the fish begins to thrash about. At this time the pelican is flying at a speed 8.10 m/s horizontally (Figure 1). The fish stills itself but it is so slippery that the pelican loses its grip on the fish and the fish falls back to the sea. Ignore air resistance in this question. Recall that if your answer is a vector, give the answer in unit vector notation where i is a horizontal unit vector and j is a vertical unit vector, where up is positive. Additionally if there is no component in a particular direction, enter a 0 in the corresponding box. Give your answers with the correct number of significant figures. pelican H Sea Figure 1: A diagrammatic representation of a pelican flying horizontally to the right at a velocity Upelican when it is at a height # above the sea. At this height and velocity, a fish in the pelican's mouth begins to thrash about. Part 1) What is the velocity of the fish immediately after it escapes from the pelican's bill? it j m/s Part 2) How long does it take the fish to drop to the sea? t = Part 3) What horizontal distance from where it was dropped does the fish hit the sea? D = m