Obtain the formula for total time of flight tf of a projectile.
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The total time Tf during which the projectile is in flight can be obtained by substituting y = 0, i.e. Zero displacement in vertical direction, in Eqn (7).
We obtain, Tf = 2vsinθ/g Eqn (8)
Tf is known as the time of flight of the projectile. We note that Tf = 2tm ,where tm is the time take to reach maximum height. It is intuitive because of the symmetry of the parabolic path.
We obtain, Tf = 2vsinθ/g Eqn (8)
Tf is known as the time of flight of the projectile. We note that Tf = 2tm ,where tm is the time take to reach maximum height. It is intuitive because of the symmetry of the parabolic path.
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We obtain, Tf = 2vsinθ/g Eqn (8)
Explanation:
The total time Tf during which the projectile is in flight can be obtained by substituting y = 0, i.e. Zero displacement in vertical direction, in Eqn (7)
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