Solution: What will be the plane’s ground speed if it flies in this course?

An aero lift airplane can fly at an airspeed of 300 mph. If there is a wind blowing towards the cast at 50mph, what should be the plane’s compass heading in order for its course to be 30°? What will be the plane’s ground speed if it flies in this course?

What will be the plane’s ground speed if it flies in this course?

Problem Statement: ME Board April 1993

An aero lift airplane can fly at an airspeed of 300 mph. If there is a wind blowing towards the cast at 50 mph, what should be the plane’s compass heading in order for its course to be 30°? What will be the plane’s ground speed if it flies in this course?
  • A. 19.7, 307.4 mph
  • B. 20.1, 309.4 mph
  • C. 21.7, 321.8 mph
  • D. 22.3, 319.2 mph

Problem Answer:

The plane’s compass heading must be 21.7° and the plane ground speed is 321.8 mph.

Solution:

Latest Problem Solving in Plane Trigonometry Problems

More Questions in: Plane Trigonometry Problems

Online Questions and Answers in Plane Trigonometry Problems


Search! Type it and Hit Enter


Accepting Contribution for Website Operation. Thanks!

Post a Comment

Contact Form

Name

Email *

Message *

Powered by Blogger.
Javascript DisablePlease Enable Javascript To See All Widget