Questions LLC
Login
or
Sign Up
Ask a New Question
Science
Physics
How fast must a plane fly at a latitude of 41.9° so that the sun stands still relative to the passengers?
1 answer
radius = Rearth cos 41.9
omega =2 pi/(24 hrs * 1 hr/3600 s)
v = r omega
You can
ask a new question
or
answer this question
.
Related Questions
Over which part of the globe do the prevailing winds blow west to east? (1 point)
between 0°S and 30°S latitude between 60°S
A plane flies 400km North and then a further 600km or a bearing of 70 degree.
a) How far is the plane from the starting point. b)
An xyz-coordinate system is placed with its origin at the center of the earth, so that
the equator (consisting of points with
A plane can fly 980 miles in the same time as it takes a car to go 420 miles. If the car travels 80 mph slower than the plane,
Two aeroplanes fly eastwards on parallel courses 12 miles apart. One flies at 240 m.p.h. and the other at 300 m.p.h. How fast is
Over which part of the globe do the prevailing winds blow west to east?(1 point) Responses between 60°S and 90°S latitude
A plane is descending at a 12° angle of depression. If the current altitude of the plane is 1,000 feet, find the distance the
A diagram explaining the cause of the seasons shows the Earth in its orbit around the sun. What is the main factor in how the
An airplane flies at an airspeed of 445km/hr. The pilot wants to fly 785km to the north. She knows that she must head 18.0°
I am so confused
How fast (in km/hr) must a plane fly along the Earth's equator so that the Sun stands still relative to the