16. An airplane taking off moves at 500 km/h at an angle of 4° to the horizontal in the direction W30°N for 10 min. a) Calculate its final altitude and horizontal displacement from the airport. b) After the initial climb, the plane decreases its angle of ascent to 2°, reduces its speed to 400 km/h and changes course to W50°N. After 10 min on this new course, what is the horizontal displacement of the plane from the runway?

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Question
Just part b please
by
Ad,
in
plied
metres,
ed
at
is
m
s
d?
16. An airplane taking off moves at 500 km/h
Vat an angle of 4° to the horizontal in the
direction W30°N for 10 min.
a) Calculate its final altitude and
horizontal displacement from the
airport.
b) After the initial climb, the plane
decreases its angle of ascent to 2°,
reduces its speed to 400 km/h and
changes course to W50°N. After
10 min on this new course, what is
the horizontal displacement of the
plane from the runway?
17. An obiect is
Transcribed Image Text:by Ad, in plied metres, ed at is m s d? 16. An airplane taking off moves at 500 km/h Vat an angle of 4° to the horizontal in the direction W30°N for 10 min. a) Calculate its final altitude and horizontal displacement from the airport. b) After the initial climb, the plane decreases its angle of ascent to 2°, reduces its speed to 400 km/h and changes course to W50°N. After 10 min on this new course, what is the horizontal displacement of the plane from the runway? 17. An obiect is
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