1. The problem statement, all variables and given/known data A sailboard is sailing at 6.5 when a gust of wind hits, causing it to accelerate at 0.48 at a 35 angle to its original direction of motion. If the acceleration lasts 6.3 , what is the board's net displacement during the wind gust? 2. Relevant equations Ok so far, I have drawn all of the motion graphs. So I got X Y X_0= 0m Y_0= 0m X_F=? Y_F=? V_0x= 6.5m/s v_oy=0m/s V_fy= 6.5m/s v_fy=? a= 0 m/s^2 a= .48m/s^2 t= 6.3secs t=6.3secs 3. The attempt at a solution And assuming those are correct. I got v_fy= 4.55 m/s by using 6.5tan35 = v_fy then I used this equation: x=x_0+v_ot+(1/2)at^2 and got X_f= 40.95m Y_f= 9.5m And then I added them together and then its 50.45m??? Is this correct, because online it said it was wrong? Thanks for helping!