Bird's speed relative to person on ground

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SUMMARY

The discussion centers on calculating the velocity of a bird flying from west to east relative to a person on the ground, considering the wind's influence. The wind speed is 35.0 mph, and the bird's speed relative to the air is 22.0 mph. The correct calculation shows that the bird's velocity relative to the ground is 57.0 mph, derived by adding the wind speed to the bird's airspeed. The participants confirm that the terms "air" and "wind" are interchangeable in this context, validating the assumptions made in the calculations.

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Homework Statement



The wind is blowing from west to east at 35.0 mph, and a bird in that wind is flying at 22.0 mph relative to the air.

What is the magnitude of the velocity of this bird relative to a person standing on the ground if the bird is flying from west to east relative to the air?



Homework Equations





The Attempt at a Solution



I think the wording is messing me up. When they say "air" does that mean wind? If so here's my attempt:

If the wind is going 35mph with respect to the ground (I assume) and the bird is going 22mph with respect to the wind. Doesn't that just mean the bird is going 57mph with respect to the ground? I think I am wrong because I think I assumed things to be true. Thanks for the help.
 
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Wind ==> air, so your assumptions are okay.

That bird's going to have a tough time getting back to where it started from! It might have to walk home.
 
lol true
 

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