Projectile prediction

Related BrainMass Solutions

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• Newton's Second Law of Motion and Gun Acceleration

  Denote the net force accelerating the projectile by F, denote the acceleration of the projectile by a, and denote the mass of the projectile by M.

• projectile motion on the surface of the moon

  Using the conservation of energy concept, the projectile[1].doc shows the calculation of altitude. The solution is comprised of detailed explanation of the projectile motion on the surface of the Moon.

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  As the velocity of the projectile is too large, the height reached will be too large and thus the potential energy of the projectile is given by Where m is the mass of the projectile, M is the mass of the earth and r is the distance of the projectile

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  If the spring is compressed a distance of 0.139 m and the gun fired vertically, the gun can launch a 25.1g projectile from rest to a maximum height of 24.5 m above the starting point of the projectile.

• Projectile motion

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• The vertex of a parabola

  Explicate this case's projectile travel.

• Classical Mechanics: Projectile Motion

  Horizontal speed of the projectile remains constant (as neglecting friction there is no force acting on it horizontally). Further, it is given that the projectile hits the ground 3 sec after being thrown.