y and radius of Earth =2mv,a/cos ø + sin 2mv acos O + sir =

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An insect is moving on the surface of Earth with velocity v, at an angle ø north of east.
The insect is situated at the latitude 2.Calculate the centrifugal and Coriolis force acting
on the insect if the angular velocity and radius of Earth are w and R respectively.
(a) F =m@Rcos 2, F = 2mv,aſcos* ø +sin* Ø • sin 2
%3D
(b) F =møRcos 2, F. = 2mv,o/cos* ø + sin* ø -sin° 2
mv cos 2
(c) F
F = 2mv_w.jcos Ø + sin ø - sin 2
%3D
mv cos ø
(d) F
F = 2mv,w/cos ø+sin² 2
cen
R
Transcribed Image Text:An insect is moving on the surface of Earth with velocity v, at an angle ø north of east. The insect is situated at the latitude 2.Calculate the centrifugal and Coriolis force acting on the insect if the angular velocity and radius of Earth are w and R respectively. (a) F =m@Rcos 2, F = 2mv,aſcos* ø +sin* Ø • sin 2 %3D (b) F =møRcos 2, F. = 2mv,o/cos* ø + sin* ø -sin° 2 mv cos 2 (c) F F = 2mv_w.jcos Ø + sin ø - sin 2 %3D mv cos ø (d) F F = 2mv,w/cos ø+sin² 2 cen R
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