interesting question.
how much fuel to hover over one place ?
The Foucault pendulum is a v v v long pendulum which can show the eart's rotation over time if the pend bob motion is tracked and recorded
I believe it’s C, by the air movement
Answer
given,
intial velocity = 504 mph
wind speed = 219 mph
at an angle of 29◦
from the data
The resultant velocity =



the magnitude of velocity

V = 703.59 m/s
direction
tan θ = 
θ = 8.676°