Question

6. The trajectory of a projectile is given by: x(t) = v_ocos(?)t; y(t) = v_osin(?)t - 0.5gt² (2) where x is the distance down range for the projectile (ft), y is the height of the projectile above the launching point (ft), t is the time (s), v_o is the initial velocity (500 ft/s), ? is the angle with the horizontal when the projectile is launched (35°) and g is the gravitational constant (32.2 ft/s²). Use the equation for y(t) to determine the time when the projectile hits the ground (y(t) = 0 assuming level ground) and use this time to make the following plots: 6.1. Develop a plot of x(t) versus t. 6.2. Develop a plot of y(t) versus t. 6.3. Develop a plot of y(t) versus x(t). Each plot should have a proper title, axes labels and axes numbers.

          6. The trajectory of a projectile is given by:
x(t) = v_ocos(?)t;  y(t) = v_osin(?)t - 0.5gt²
(2)
where x is the distance down range for the projectile (ft), y is the height of the projectile
above the launching point (ft), t is the time (s), v_o is the initial velocity (500 ft/s), ?
is the angle with the horizontal when the projectile is launched (35°) and g is the
gravitational constant (32.2 ft/s²). Use the equation for y(t) to determine the time
when the projectile hits the ground (y(t) = 0 assuming level ground) and use this time
to make the following plots:
6.1. Develop a plot of x(t) versus t.
6.2. Develop a plot of y(t) versus t.
6.3. Develop a plot of y(t) versus x(t).
Each plot should have a proper title, axes labels and axes numbers.

6. The trajectory of a projectile is given by:
x(t) = vocos(?)t; y(t) = vosin(?)t - 0.5gt²
(2)
where x is the distance down range for the projectile (ft), y is the height of the projectile
above the launching point (ft), t is the time (s), vo is the initial velocity (500 ft/s), ?
is the angle with the horizontal when the projectile is launched (35°) and g is the
gravitational constant (32.2 ft/s²). Use the equation for y(t) to determine the time
when the projectile hits the ground (y(t) = 0 assuming level ground) and use this time
to make the following plots:
6.1. Develop a plot of x(t) versus t.
6.2. Develop a plot of y(t) versus t.
6.3. Develop a plot of y(t) versus x(t).
Each plot should have a proper title, axes labels and axes numbers.

Added by Scott F.

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