Question

At a gathering with friends, you decide to play a game of regulation cornhole where the players attempt to throw a 1 lb bag filled with field corn through a 6-inch hole in a board located as shown in the diagram below. If the bag is released at a 30° angle and is airborne for 3 seconds, what is the velocity that the bag needs to leave the hand with to be able to make it to the center of the hole? What are the maximum and minimum velocities to land the bag on the board? Assume the bag does not slide. The front edge of the board is 3 inches from the ground, the total board length is 48 inches, and the board is angled 11° from the ground. What is the force on the board as the bag hits it at the maximum velocity if the time of interaction is 0.1 second? 30° sa له 4 ft L 90 11° 28 ft

Please show all work and steps. Any help will be appreciated and thank you for your time!

Answer 1

PAGES solution- Gnsidering the conditions with peremeters of figure from the question. 30° 4 ft 11 27 ft F.BD -2aft . From newtors ution of motion t =3rec Seot - Ya et2.01 V-? Pusing flight bag lords vistical distance of 4!12)-9 = 39" 620 -3% = (151430) 3 - 4(32-2)(332 rv: 96.5 ft/s

DAGE-2 A @ Mox velocity will mere beg touch of B. hr . +45 sinil = 12:158!!. i Again using (see), 12:58] (usingo) 3 Tvary = 43.608 7/8 h (32.2)(3) Min vebcity h=3" (alm) - 3 - lusin 30 30) -1222.2) (3)? 1 2 Tumin= us.lft O from impose momentum throom FAT sp Hoilei (v=V) u=0 ft/s : u; = 91.608 ft/s. 94.60 8x) 94-608 lei F 0. - REASE UPVOTE *Its very much neces dy for met