3. one of the fireworks is launched from the top of the building with an initial upward velocity of 150 ft/sec. a. what is the equation for this situation? b. when will the firework land if it does not explode? c. make a table for this situation so that it shows the height from time t = 0 until it hits the ground. d. calculate the axis of symmetry. e. calculate the coordinates of the vertex. f. explain why negative values for t and h t( ) do not make sense for this problem. g. on the same coordinate plane from #1, draw a graph that represents the path of this firework. make sure that your graph is labeled appropriately. label this graph “firework #1” time=2y/g−−−−√ y is the distance it will fall, in this case 70 ft and g is the acceleration due to gravity, which is 32 ft/(s^2) t=2(70)/32−−−−−−−√ t=approx 2.1 sec