A cannonball lands right beside you, with an impact speed of v_f = 68.6 m/s at an angle of ? = 32^o below horizontal. You didn't see where the cannonball came from, but you heard it whizzing through the air during its entire flight, which was a total of 5 s. c- c.) From what distance away from you vertically was the cannonball launched?

d- d.)What was the initial launch velocity of the cannonball? _i=

e- e.) Please make a sketch of what the entire flight path of the cannonball looks like (to someone else who saw the whole thing.) On this drawing, also please indicate where on the flight path the cannonball has its MINIMUM speed. (Submit this work in Canvas.) Also, fill in the value of this minimum speed below: v_min

please I need explanation on part c, d, and e

YouTube Maps A cannonball lands right beside you, with an impact speed of v = 68.6 m/s at an angle of 8 = 320 below horizontal. You didn't see where the cannonball came from, but you heard it whizzing through the air during its entire flight, which was a total of 5 s. ?? . -.. Vf a.) Please find the x and y components of the impact velocity, using the axes given in the figure. VFX = 0 x 58.2 m/s Vfy = 0 x -36.4 m/s b.) From what distance away from you horizontally was the cannonball launched? 1 x 291 m c.) From what distance away from you vertically was the cannonball launched? 1 x 59.3 m, above you above you d.) What was the initial launch velocity of the cannonball? V1 = 1 x 59.5 m/s, 1 x 12.3 degrees above horizontal above horizontal e.) Please make a sketch of what the entire flight path of the cannonball looks like (to someone else who saw the whole thing.) On this drawing, also please indicate where on the flight path the cannonball has its MINIMUM speed. (Submit this work in Canvas.) Also, fill in the value of this minimum speed below: Vmin = 1 x 58.2 m/s