An arrow is fired into the air as shown to the right with a speed of

100(m)/(s)

, at an an! to the horizontal.\ A. The arrow will reach a maximum height of approximately

,V_(Y)=64.3(m)/(s)

\

421m23.3m

3)

510m

(4)

211m

5)

300m,V_(f)^(f)=v_(c)^(2)+2gd

\ B. The arrow will travel a total horizontal distance of approximately\

360m2502m3

\

415m

\ (5)

1005m

\

\\\\Sigma _(F)=v_(0)+gt

\

x=v_(x)*t_((t))=1

\

t_(tell )=13.4

's

3. An arrow is fired into the air as shown to the right with a speed of 100m/s, at an angle of n degrees to the horizontal. A. The arrow will reach a maximum height of approximately 1) 421m2)3.3m 3) 510m (4) 211m 5) 300m Vx=76.6m/s Vy=64.3m/s t2=vc2+2gd B. The arrow will travel a total horizontal distance of approximately 1) 360m 2) 502m 3) 590m 4) 415m (5) 1005m FF=v0+gt x=vxttk1 ttal=13.1s