Knowing the path equation of a particle tells you all you need to know about the particle's motion. Consider 7(t) = votcos(0)&+(votsin(0) – 4.9t²)y. This path describes a particle undergoing projectile motion. Let Vo = 30, and e = 6 T. t= 1. Calculate the magnitude of the particle's velocity (i.e. its speed) for these values of Vo,0 and t. Please give your answer to 3 decimal places.
Knowing the path equation of a particle tells you all you need to know about the particle's motion. Consider 7(t) = votcos(0)&+(votsin(0) – 4.9t²)y. This path describes a particle undergoing projectile motion. Let Vo = 30, and e = 6 T. t= 1. Calculate the magnitude of the particle's velocity (i.e. its speed) for these values of Vo,0 and t. Please give your answer to 3 decimal places.
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![Knowing the path equation of a particle tells you all you need to know about the particle's motion.
Consider 7(t) = votcos(0)&+(votsin(0) – 4.9t²)y.
This path describes a particle undergoing projectile motion. Let Vo = 30, and e = 6 T. t= 1. Calculate the magnitude of the particle's velocity (i.e. its
speed) for these values of Vo,0 and t.
Please give your answer to 3 decimal places.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3c903c13-5303-43c4-9aa3-dfe7b40e632f%2F78dcf949-e77b-4194-9c31-58954301af72%2Fwnqc36n.png&w=3840&q=75)
Transcribed Image Text:Knowing the path equation of a particle tells you all you need to know about the particle's motion.
Consider 7(t) = votcos(0)&+(votsin(0) – 4.9t²)y.
This path describes a particle undergoing projectile motion. Let Vo = 30, and e = 6 T. t= 1. Calculate the magnitude of the particle's velocity (i.e. its
speed) for these values of Vo,0 and t.
Please give your answer to 3 decimal places.
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