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1. A projectile is launched with a launch angle = 50° and initial velocity vo from position A, as shown. If the range R = 230 m, determine the initial velocity, the maximum height, and the travel time of the projectile. (vo = 47.9 m/s, H = 68.5 m, t = 7.47 s) νο A e R B

1. A projectile is launched with a launch angle = 50° and initial velocity vo from position A, as shown. If the range R = 230 m, determine the initial velocity, the maximum height, and the travel time of the projectile. (vo = 47.9 m/s, H = 68.5 m, t = 7.47 s) νο A e R B

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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This is a dynamics problem using differential equations

1. A projectile is launched with a launch angle = 50° and initial velocity vo from position A, as shown. If the range R = 230 m, determine the initial velocity, the maximum height, and the travel time of the projectile. (vo = 47.9 m/s, H = 68.5 m, t = 7.47 s) νο A e R B
Transcribed Image Text:1. A projectile is launched with a launch angle = 50° and initial velocity vo from position A, as shown. If the range R = 230 m, determine the initial velocity, the maximum height, and the travel time of the projectile. (vo = 47.9 m/s, H = 68.5 m, t = 7.47 s) νο A e R B
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