How Should a Plane Navigate Wind to Land Precisely North?

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To navigate and land precisely north, the airplane must adjust its heading to counteract the wind's influence. The wind is blowing at 85 km/h at an angle of 30° north of east, which will push the plane off course. By using vector components, the pilot can determine the necessary angle to head west of north to maintain a straight path to the airport. Additionally, calculating the resultant speed relative to the ground involves combining the airplane's airspeed with the wind's effect. A diagram can aid in visualizing the vectors and ensuring accurate calculations for both heading and ground speed.
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Homework Statement


An airplane has a speed of 295 km/h relative to the air. There is a wind blowing at 85 km/h at 30° north of east relative to Earth. In which direction should the plane head to land at an airport due north of its present location?
_______° west of north

What is the plane's speed relative to the ground?
_______km/h
 
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You have tot show us what you've tried. No-one here is going to do your homework for you (forum rules).

Having said that, as a start, draw yourself a diagram to see how you can use vector components to solve this problem.
 
kamran93 said:

Homework Statement


An airplane has a speed of 295 km/h relative to the air. There is a wind blowing at 85 km/h at 30° north of east relative to Earth. In which direction should the plane head to land at an airport due north of its present location?
_______° west of north

What is the plane's speed relative to the ground?
_______km/h

Imagine a wind that is blowing from your left side and you are walking on a straight line, the wind is going to "push" you to your right, probably you will lose the line you are following.

So the wind that is blowing here causes displacement from airplane's current route.Draw a diagram to make the calculations about the displacement caused by wind.
 
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