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calgaryleb
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Projectiles...(delta)(theta) = g(delta)t/V0
I am given this problem...
if the projectile is fired a short time (delta)t later, show that the angle correction is
(delta)(theta) = g(delta)t/V0
where V0 is the inital speed of the projectile and by assuming that the elevations of the projectile and the target are about the same.
g is accleration due to gravity
Any ideas on how to show/proof this concept..
any/all idea is appreticated![Smile :smile: :smile:](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)
I am given this problem...
if the projectile is fired a short time (delta)t later, show that the angle correction is
(delta)(theta) = g(delta)t/V0
where V0 is the inital speed of the projectile and by assuming that the elevations of the projectile and the target are about the same.
g is accleration due to gravity
Any ideas on how to show/proof this concept..
any/all idea is appreticated