3 2. An object is observed at t=0 s at the location 7 = [1] m moving at a constant i = m/s. -1.5 4 If you are located at s = at t = 0s and you wanted to fire a projectile to intercept the object -5 at t = 2 s, what would be (a) the coordinate of the collision? (b) the velocity vector of the projectile? y x
3 2. An object is observed at t=0 s at the location 7 = [1] m moving at a constant i = m/s. -1.5 4 If you are located at s = at t = 0s and you wanted to fire a projectile to intercept the object -5 at t = 2 s, what would be (a) the coordinate of the collision? (b) the velocity vector of the projectile? y x
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![3
2. An object is observed at t=0 s at the location 7 =
m moving at a constant v =
m
m/s.
4
-1.5
4
If you are located at s =
at t=0 s and you wanted to fire a projectile to intercept the object
-5
at t = 2 s, what would be
(a)
the coordinate of the collision?
(b)
the velocity vector of the projectile?
y
X](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6d07f173-2dab-4a09-a6f1-19cbb47babb1%2F03b120c6-52f8-4208-80cf-9b6b28a5d3c5%2Flq5n5rj_processed.png&w=3840&q=75)
Transcribed Image Text:3
2. An object is observed at t=0 s at the location 7 =
m moving at a constant v =
m
m/s.
4
-1.5
4
If you are located at s =
at t=0 s and you wanted to fire a projectile to intercept the object
-5
at t = 2 s, what would be
(a)
the coordinate of the collision?
(b)
the velocity vector of the projectile?
y
X
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