X= Vx t
Vx = x
t
Vx
= 5.55 m
0.820 s
Vx= 4.55 m/s
X= Vx t
Vx = x
t
Vx
= 5.56 m
1.54 s
Vx= 3.61 m/s
X= Vx t
Vx
= x
t
Vx
= 6.15 m
1.40 s
Vx= 4.33 m/ s
Vx =
Cos°
V= Vx =
4.55m = 5.98 m/ s
Cos 40° 0.76
Vy= V
Sen°
Vy =
5.98 m/s Sen 40 °
Vy =
3.84 m/ s
Vx =
Cos °
V= Vx
= 3.61m = 6.33 m/ s
Cos 55° 0.57
Vy= V
Sen°
Vy =
6.33 m/ s Sen 55 °
Vy =
5.18 m/ s
Vx = Cos°
V= Vx =
4.33m = 17.32 m/ s
Cos 75° 0.25
Vy= V Sen°
Vy =
17.32 m/ s Sen 75 °
Vy
= 16.72 m/ s
Y= yi +
Yyt - 1 gt2
2
Y= 2.23 m + 1
(10 m s2)(0.82)2
2
Y max=
2.30 m + (5 m s2). (0.82)2
Ymax=
2.30 m + (4.1 m)
Y max= 6.4 m
Y= yi + Yyt - 1
gt2
2
Y= 2.23 m + 1
(10 m s2)(1.54)2
2
Y max=
2.30 m + (5 m s2). (1.54)2
Ymax=
2.30 m + (7.7 m)
Y max= 10.07 m
Y= yi + Yyt - 1
gt2
2
Y= 2.23 m + 1
(10 m s2)(1.40)2
2
Y max=
2.30 m + (5 m s2). (1.40)2
Ymax=
2.30 m + (7m)
Y max=
9.3 m
Vo = Vx2 +Vy2
= 4.55 + 6.44
= 8.53 m/s
Vo = Vx2 +Vy2
= 3.61 + 10.07 = 11.97.15 m/s
Vo = Vx2 +Vy2
= 4.33 + 9.3 = 3.45 m/ s
Vf = Vx2 + Vy2
= 5.98 + 3.84 = 6.28 = 2.50m/s
Vf = Vx2 + Vy2
= 6.33 + 5.18 = 7.69
= 2.77 m/ s
Vf = Vx2 + Vy2
= 17.32 + 16.72 = 20.88 = 4.56 m/ s
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