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A drone flies upward with a constant acceleration a = 3 ft/sec², as shown. At the instant represented, r = 25 ft, 0 = 35°, and v = 10 ft/sec. Determine the values of r, 0, r, and ¤ for this instant. (r = 5.74 ft/sec, = 0.328 rad/sec, r = 4.40 ft/sec², # = −0.052 rad/sec²) v, a r Ꮎ 0

A drone flies upward with a constant acceleration a = 3 ft/sec², as shown. At the instant represented, r = 25 ft, 0 = 35°, and v = 10 ft/sec. Determine the values of r, 0, r, and ¤ for this instant. (r = 5.74 ft/sec, = 0.328 rad/sec, r = 4.40 ft/sec², # = −0.052 rad/sec²) v, a r Ꮎ 0

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

A drone flies upward with a constant acceleration a = 3 ft/sec², as shown. At the instant represented, r = 25 ft, 0 = 35°, and v = 10 ft/sec. Determine the values of r, 0, r, and ¤ for this instant. (r = 5.74 ft/sec, = 0.328 rad/sec, r = 4.40 ft/sec², # = −0.052 rad/sec²) v, a r Ꮎ 0
Transcribed Image Text:A drone flies upward with a constant acceleration a = 3 ft/sec², as shown. At the instant represented, r = 25 ft, 0 = 35°, and v = 10 ft/sec. Determine the values of r, 0, r, and ¤ for this instant. (r = 5.74 ft/sec, = 0.328 rad/sec, r = 4.40 ft/sec², # = −0.052 rad/sec²) v, a r Ꮎ 0
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