Show full work in handwritten format. Subject :Mechanical engineering Q:The flight path of a jet aircraft as it takes off is defined by the parametric equations x = 1.25 t2 and y = 0.03 t3, where t is the time after take-off, measured in seconds, and x and y are given in meters. If the plane starts to level off at t = 40 s, determine at this instant (a) the horizontal distance it is from the airport, (b) its altitude, and (c) its speed. Answer: 2000m,1920m and 175.3m/s respectively.
Show full work in handwritten format. Subject :Mechanical engineering Q:The flight path of a jet aircraft as it takes off is defined by the parametric equations x = 1.25 t2 and y = 0.03 t3, where t is the time after take-off, measured in seconds, and x and y are given in meters. If the plane starts to level off at t = 40 s, determine at this instant (a) the horizontal distance it is from the airport, (b) its altitude, and (c) its speed. Answer: 2000m,1920m and 175.3m/s respectively.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Show full work in handwritten format.
Subject :Mechanical engineering
Q:The flight path of a jet aircraft as it takes off is defined by the parametric equations x = 1.25 t2 and y = 0.03 t3, where t is the time after take-off, measured in seconds, and x and y are given in meters. If the plane starts to level off at t = 40 s, determine at this instant (a) the horizontal distance it is from the airport, (b) its altitude, and (c) its speed.
Answer:
2000m,1920m and 175.3m/s respectively.
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