- #1
- 3
- 0
I have no idea on where to start with this. Also we are not allowed to use The normal physics equations, we have to use maths.
At time t = 0 a projectile is fired from a height of h above level ground at an elevation angle
of a and a speed of v.
Show that the time when the projectile hits the ground will be
t =(vsin(a) + Sqrt( v^{2}sin^{2}(a) + 2hg))/g
thanks
At time t = 0 a projectile is fired from a height of h above level ground at an elevation angle
of a and a speed of v.
Show that the time when the projectile hits the ground will be
t =(vsin(a) + Sqrt( v^{2}sin^{2}(a) + 2hg))/g
thanks