tne name of the semicircle joining the poles to poles is called merdian
The lines joining the two poles are longitudes.
For this particular problem, the point of intersection is 4 feet above the ground.The general formula for this situation is as follows:Let h=height of the shorter poleLet H=height of the taller poleThen the height of the point of intersection, let's call it y, will bey = (hH)/(h+H) or more symmetrically, 1/y = 1/h + 1/HThis may be deduced by simple algebra and the comparison of sides of similar triangles.An interesting aspect of this problem is that the distance between the poles does not appear anywhere in the solution! No matter how far apart you stretch the poles, the height of the point of crossing remains the same - it just slides along a horizontal line at the calculated height.Another point of interest is that the ratio of the horizontal distance from one pole to the crossing point ( call it x ) divided by the total distance between the two poles ( call it D ) also remains the same as the poles are moved apart. Specifically,(x/D) = H/(h+H) = (a constant for a fixed set of poles)
The ends of the axis are the North and South Poles.
International Date Line
Lines of latitude are horizontal and run parallel to the poles
How deep do they put telephone poles in the ground
Telephone poles are just wood poles that hold the telephone cable,the telephone terminal and telephone drops, (wires going to individual houses) in the air and out of the way. Areas that have no poles usually are newer areas, they have the same type wires only they are buried in the ground.
Objects like walls, poles, and trees must be perpendicular to the ground if the ground is flat. This ensures that they are standing upright and stable on the level surface.
Yes, you can think of lines of latitude as running parallel to each other like telephone poles. They are imaginary lines that circle the Earth horizontally and are used to measure distances north or south of the Equator. The Equator itself is at 0 degrees latitude.
There are approximately 120 million telephone poles in the United States.
No, the longitudinal lines run perpendicular to the Equator, from the North Pole to the South Pole. They converge at the poles and are farthest apart at the Equator.
-- they are semi-circles -- they are not parallel -- they join the north and south poles -- they are perpendicular to the equator -- the higher the latitude, the closer together any two longitudes are -- at the poles, all longitudes are the same point -- for every longitude west, there is an equal longitude east
Meridians are imaginary semi-circles that connect the north and south poles. Parallels are imaginary full circles around the Earth, and every point on a parallel is the same distance from a pole. The equator is the longest parallel. Every point on it is equal distances from both the north and south poles. The latitude of the equator is zero, and all other latitudes are measured from it.
tilted telephone poles, ect.
sand
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