Been stuck on this question for days and any help would be greatly appreciated A baseball going horizontally at 32.0 m/s [E] with a mass of 0.152 kg is hit by a bat for 0.002 seconds. the velocity after the ball after contact is 52.0 m/s [W 20 N] Find the impulse experienced by the ball. (I'm guessing total impulse, first vector and the other) pretty much what i have to work with is F net Δt = m(v2-v1) Tutors keep telling me I'm wrong without pointing me in the right direction just adding more confusion. here is what i did. ... V1 being its initial vector v1x = 32cos0 = 32 v1y = 32sin0 = 0 V2 being after collision v2x = -52cos20 = -48.864 v2y = 52sin20 = 17.785 now applying Fnet Δt = m(v2-v1) for x and y components. fnetx Δt = m(-80.864) fnetx(0.002)=0.152(-80.864) fnetx = -6145.664 then same stuff for y fnety =1351.664 after that i use both values to plug into a triangle then Pythagorean to find unknown side which to me seems like it would be the impulse of the ball. which i got 6292.5 kg m/s. I need help with this, I just can't seem to rack my brain around what is wrong. Things I'm pretty sure I need to use is the fnet Δt=m(v2-v1) and some kind of triangle. Thanks a lot in advance guys.