1.5. If a baseball player throws a ball a horizontal distance of 100 m in 4s at 30° latitude, by how much is it deflected laterally as a result of the rotation of the earth. Notes: The direction of throw is not specified. The same result will be obtained no matter the chosen direction, but the simplest equation manipulations are for a northward throw with a constant meridional speed v. The first step is always to write down the three components of the coriolis force and cross out the terms that are not needed (which will leave us with the useful/needed terms to solve the problem). a. Write down a list of the given and asked information. hoiz. distance: 100m Hime:40 dieoltods 100 b. Write your available equations (in this case the three components of the coriolis acceleration du/dt, dv/dt, dw/dt. nistdo ol bns ifq Agomo lo 29ulsy 190o od lls eliade noy WOM al aomsos 2om c. Cancel out the unnecessary terms in part b – do it right there (there is no vertical motion and we are not concerned with vertical accelerations, there is no initial zonal motion) and write down the useful equation.
1.5. If a baseball player throws a ball a horizontal distance of 100 m in 4s at 30° latitude, by how much is it deflected laterally as a result of the rotation of the earth. Notes: The direction of throw is not specified. The same result will be obtained no matter the chosen direction, but the simplest equation manipulations are for a northward throw with a constant meridional speed v. The first step is always to write down the three components of the coriolis force and cross out the terms that are not needed (which will leave us with the useful/needed terms to solve the problem). a. Write down a list of the given and asked information. hoiz. distance: 100m Hime:40 dieoltods 100 b. Write your available equations (in this case the three components of the coriolis acceleration du/dt, dv/dt, dw/dt. nistdo ol bns ifq Agomo lo 29ulsy 190o od lls eliade noy WOM al aomsos 2om c. Cancel out the unnecessary terms in part b – do it right there (there is no vertical motion and we are not concerned with vertical accelerations, there is no initial zonal motion) and write down the useful equation.
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Transcribed Image Text:1.5. If a baseball player throws a ball a horizontal distance of 100 m in 4s at 30°
latitude, by how much is it deflected laterally as a result of the rotation of the
earth.
Notes:
The direction of throw is not specified. The same result will be obtained no matter
the chosen direction, but the simplest equation manipulations are for a northward
throw with a constant meridional speed v. The first step is always to write down the
three components of the coriolis force and cross out the terms that are not needed
(which will leave us with the useful/needed terms to solve the problem).
a. Write down a list of the given and asked information.
hariz. distence: 100m
Hime46
diredtodne
b. Write your available equations (in this case the three components of the
coriolis acceleration du/dt, dv/dt, dw/dt.
nistdo ol bns infer Agomo lo 29uisy 790 odt lls sutdadue n doy WOM
c. Cancel out the unnecessary terms in part b- do it right there (there is no
vertical motion and we are not concerned with vertical accelerations, there is
no initial zonal motion) and write down the useful equation.
Initial hozontl motions te
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