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Assignment submission Foruvs assigrement, you submMarswers by question parts The

ID: 1527577 • Letter: A

Question

Assignment submission Foruvs assigrement, you submMarswers by question parts The numberof submissions remaning for each question pet ny charges ryousutome or dango nemswer Your lastsubmission is used for your score 634 WA050 Two friends are playing golf. The first friend hits a golf ballon level ground with an intial speed af 36 o mws at an angle of oe above the Morizontal. that the ball lands at the same height from which it was hit, how tar away from the gorer does a bore air resistance (b) The second friend hits his golf ball with the same intal speed as the first, but the intal veloory of the bar makes an angle with horierontal eat isoreater than 45 oo me seoond towewe, travels the same horirontal distance as the first, and it too lands at the same height from which it was hit. What was the angle above horirontal of the initial velocity of this second gon Reading DOLL -10 -10 -10 -10 -10 -10 -10 -10 -10 -10 semissions remaining for each questan part only chang sif you subest orchange the ams""" fortes assignment, you submit answers by question parts The rumber Your submission used for your score 634 WNA 063 when the belloon is released. A is attempting to drop a water balloon from amoving airplane onto a target on the ground. The plane moves at a speed of sms and a 4r. above the horuontal stunt pilot the point of release, the plane is at an abitude of balloon travel before striking the ground? (a) How far horizontally, measured from a point directly below th plane's intal postaon, wil the Ar the point just before balloon strikes the ground, what angle does as velocity make the horizontal? Gve your answer as an with angle measured below the horizontal Show My work on also le saved work in questo

Explanation / Answer

2) se the vertical data to find the time of flight:
y = Yo + Vo*t + ½at²
0 m = 680m + 76.8m/s*sin41º*t - ½ * 9.8m/s² * t²
Dropping units for ease (t is in seconds),
0 = 680 + 50.47t - 4.9t²
This quadratic has roots at t = -7.7 s not possible
and t = 18.0 s

(a) x = Vcos*t = 76.8m/s * cos41º * 18.0s = 1043.3 m

(b) Vy = Vsin + at = 76.8m/s*sin41º - 9.8m/s² * 18.0s = -126 m/s
= arctan(-126 / 76.8cos41º) = -65.3º, or
65.3º below horizontal.

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