The path of the shadow of this 'flagpole gnomon' will describe a passage known as the Equation of Time.
This you can look up in an encyclopedia or a search engine.
You telll me
answ 2. Due to the travel of the earth around its (non-circular) path on the ecliptic; and the tilt of the Earth's axis, the path of the (say) tip of the flagpole will not repeat exactly until a year has passed. The path of the shadow of this 'flagpole gnomon' will describe a passage known as the Equation of Time.This you can look up in an encyclopedia or a search engine.
it will look like you!
a solstice and a equinox
That depends on where you live, and the time of the year.
You telll me
answ 2. Due to the travel of the earth around its (non-circular) path on the ecliptic; and the tilt of the Earth's axis, the path of the (say) tip of the flagpole will not repeat exactly until a year has passed. The path of the shadow of this 'flagpole gnomon' will describe a passage known as the Equation of Time.This you can look up in an encyclopedia or a search engine.
it will look like you!
You can then work out the angle of elevation ------------- What is it you want to find out? In any case, you would have to look up the latitude of each place, and perhaps also the time of year. It might be easiest if it were the spring or fall equinox.
i do not know about this ...
=What are the positions of the sun over a year???=
With the obvious exception of leap years the number of hours in a year does not change.
Shadow the Hedgehog was released in 2005.
i dint :)
it changes cause when u get older your shadow does to
cos shadow is an android he created by Gerald in 50 year ago shadow lost his memory
The length of an object's shadow is determined by ... -- the length of the object, -- the angle between the object's length and the surface on which its shadow appears, -- the distance between the object and the surface on which its shadow appears, -- the angular size of the light source as seen from the object, -- the angle between the direction to the light source and the normal to the object.