1. The problem statement, all variables and given/known data solve projectile motion formulas for [tex]\Theta[/tex] and [tex]v_0[/tex] all measurements are in m, t is seconds [tex]y_0=.005[/tex] [tex]x_0=0[/tex] the averages from my trials were: [tex]x=8.775 m[/tex] [tex]t=1.3 s[/tex] 2. Relevant equations [tex]x=x_0+v_0*cos\Theta*t[/tex] [tex]y=y_0+v_0*sin\Theta*t+.5a_yt^2[/tex] 3. The attempt at a solution after plugging in my numbers gives: for x [tex]6.75=v_0*cos\Theta[/tex] which as far as I can see still has two unknowns, where do I go from here? I'm pretty confused about the y component because I'm not even sure what y is supposed to be. Don't I need a y(max) number first?