Particles A and B are launched simultaneously from rest at distances 100 m respectively east and north of the origin. Particle A has acceleration 2 m s² in a north-eastward direction and particle B has acceleration 4 m s² in an eastward direction. Find the shortest distance between the particles in the subsequent motion. B N E A
Particles A and B are launched simultaneously from rest at distances 100 m respectively east and north of the origin. Particle A has acceleration 2 m s² in a north-eastward direction and particle B has acceleration 4 m s² in an eastward direction. Find the shortest distance between the particles in the subsequent motion. B N E A
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![Particles A and B are launched simultaneously from rest at distances
100 m respectively east and north of the origin. Particle A has
acceleration 2 m s² in a north-eastward direction and particle B has
acceleration 4 m s² in an eastward direction.
Find the shortest distance between the particles in the subsequent
motion.
B
N
E
A](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F863ddbcc-3d0e-4d1e-9fa8-c53dd2c39572%2Fdabbdcde-600c-4f8f-b6c4-2b4be992151f%2Foczyj1_processed.png&w=3840&q=75)
Transcribed Image Text:Particles A and B are launched simultaneously from rest at distances
100 m respectively east and north of the origin. Particle A has
acceleration 2 m s² in a north-eastward direction and particle B has
acceleration 4 m s² in an eastward direction.
Find the shortest distance between the particles in the subsequent
motion.
B
N
E
A
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