3. Vo= (g . ½ . Tt)/ sen o
= (9.81 . ½ . 1.43)/
sen 36
= 7.01/0.58
= 12.08 m/s
Vox= Vo. Cos o
= 12.08 . cos 36
= 9.77 m/s
Voy= Vo . sen o
= 12.08 . sen 36
= 7.10 m/s

4. Ts= Voy/g
= 7.10 /9.81
= 0.72s
Tb= Voy/g
=0.72s
Tt= 2(Ts)
= 2(0.72)
= 1.44s

5. Ymax= (Voy)^2/2g
=
(7.10)^2/2(9.81)
= 50.41/
19.62
= 2.56m
Xmax= Vox . Tt
= 9.77 . 1.44
= 14.06m

6. Vf^2= 2g +Voy^2
= 2 (9.81) +
7.10^2
= 19.62 +
50.41
Vf = 70.03
= 8.36 m/s
Tv= Tt- ((Vf-Voy)/g)
= 1.44 – ((8.36 –
7.10)/9.81)
= 1.44 – 0.12
=1.32s

8. Vo= (g . ½ . Tt)/ sen o
= (9.81 . ½ . 1.47)/
sen 36
= 7.21/0.58
= 12.43 m/s
Vox= Vo. Cos o
= 12.43 . cos 36
= 10.05 m/s
Voy= Vo . sen o
= 12.43 . sen 36
= 7.30 m/s

9. Ts= Voy/g
= 7.30/9.81
= 0.74s
Tb= Voy/g
=0.74s
Tt= 2(Ts)
= 2(0.74)
= 1.48s

10. Ymax= (Voy)^2/2g
=
(7.30)^2/2(9.81)
= 53.29/
19.62
= 2.71m
Xmax= Vox . Tt
= 10.05 . 1.44
= 14.87m

11. Vf^2= 2g +Voy^2
= 2 (9.81) +
7.30^2
= 19.62 + 53.29
Vf = 72.91
= 8.53 m/s
Tv= Tt- ((Vf-Voy)/g)
= 1.48 – ((8.53 –
7.30)/9.81)
= 1.48 – 0.12
=1.36s