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A person who is 6 feet tall is standing on the beach in Fort Lauderdale, Florida, and looks out onto the Atlantic Ocean. Suddenly, a ship appears on the horizon. How far is the ship from shore?
Given Data:
Radius of Earth = 3960 miles.
One mile = 5280 feet.
Looking for the set up equation. I can take it from there.
Also, can right triangle trigonometry be used to answer this question? If so, can I have the trigonometric set up equation as well?
Thanks.
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The diagram I posted for a previous lighthouse question will also work here.
L is the height of the man's eyes. B is for his feet. O is the centre of the Earth. H is the ship. Angle LHO is 90.
LO^2 = HO^2 + LH^2 so Pythag rather than sines and cosines. As trigonmetry means the measurement of triangles Pythag
is also trig.
Bob
Children are not defined by school ...........The Fonz
You cannot teach a man anything; you can only help him find it within himself..........Galileo Galilei
Sometimes I deliberately make mistakes, just to test you! …………….Bob
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The diagram I posted for a previous lighthouse question will also work here.
L is the height of the man's eyes. B is for his feet. O is the centre of the Earth. H is the ship. Angle LHO is 90.
LO^2 = HO^2 + LH^2 so Pythag rather than sines and cosines. As trigonmetry means the measurement of triangles Pythag
is also trig.Bob
Yes, I recall the picture. I will play with this question some more.
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