s2. An object is projected on the surface of the Moon in such a way as to provide an initial vertical component of velocity of 24 m/s, and a horizontal component of 32 m/s. *Reminder that a projectile is an object moving freely under the influence of gravity alone. g = 1.6m/s² Vx = 32m/s Vy = 24m/s V = 40m/s t = 30seconds H = 180m R = 960mR = 960m Plot the trajectory of the object (i.e. vertical distance vs. horizontal distance, dy vs. dx). include the table of values and use t = 30 seconds to determine your awnser.
s2. An object is projected on the surface of the Moon in such a way as to provide an initial vertical component of velocity of 24 m/s, and a horizontal component of 32 m/s. *Reminder that a projectile is an object moving freely under the influence of gravity alone. g = 1.6m/s² Vx = 32m/s Vy = 24m/s V = 40m/s t = 30seconds H = 180m R = 960mR = 960m Plot the trajectory of the object (i.e. vertical distance vs. horizontal distance, dy vs. dx). include the table of values and use t = 30 seconds to determine your awnser.
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Chapter3: Vectors
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Problem 3.56AP: The rectangle shown in Figure P3.56 has sides parallel to the x and y axes. The position vectors of...
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g=1.6 ms2. An object is projected on the surface of the Moon in such a way as to provide an initial vertical component of velocity of 24 m/s, and a horizontal component of 32 m/s. *Reminder that a projectile is an object moving freely under the influence of gravity alone.
g = 1.6m/s²
Vx = 32m/s
Vy = 24m/s
V = 40m/s
t = 30seconds
H = 180m
R = 960mR = 960m
Plot the trajectory of the object (i.e. vertical distance vs. horizontal distance, dy vs. dx). include the table of values and use t = 30 seconds to determine your awnser.
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