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you have to figure out length times width to get the formula for diagonal length suckers
[object Object]
By means of trigonometry if you know the angle of elevation or by comparing it with a nearby object if you know its height and shadow length.
The formula "length x width x height" is a general formula to find VOLUME?
There is no formula to calculate the length of a wire. The length of a wire is determined by the distance from the power source to where the load is situated.
Its shadow will be 50 millimeters in length, if you lay it down on a flat surface.
The length of the shadow (on a flat, horizontal floor) depends on the height of the Sun. If the Sun is higher in the sky, the shadow will become shorter.
yes the length of the sun stick does control the distance the shadow moves
you have to figure out length times width to get the formula for diagonal length suckers
[object Object]
By means of trigonometry if you know the angle of elevation or by comparing it with a nearby object if you know its height and shadow length.
The formula "length x width x height" is a general formula to find VOLUME?
We can not tell because we do not know how straight the tree is or if the ground is perpendicular or level.
I am not sure what you mean by "direct" - light tends to travel in a straight line. The length of the shadow depends on the length of the pole, and of the height of the Sun.
The length of the shadow will be longest at sunrise and sunset, and shortest at noon when the sun is at its highest point in the sky. This is because the angle of the sun's rays hitting the object casting the shadow is more oblique at sunrise and sunset, creating a longer shadow.
The length of the shadow is proportional to the height of the post. Thus, if l is the length of the unknown shadow, l/17 = 1.2/5 or l = 4.1 feet. This should be rounded to 4 if the value 5 is not considered to be known to at least two significant digits.
The answer depends on: the height of the item casting the shadow, the location on earth, the time of year, and the inclination of the surface on which the shadow is cast.