Hemispheres are determined by their location in relation to the equator as either Northern Hemisphere or Southern Hemisphere. The equator serves as the dividing line between these two hemispheres based on their position above or below the equator.
No, break dancers spinning on their heads do not change direction when they are south of the Equator. The direction of their spin is determined by their personal preference and technique, not their location relative to the Equator.
The correct terminology for describing the location of the equator is "0 degrees latitude."
Latitude is the location distance north or south of the equator, measured in degrees from 0° at the equator to 90° at the poles.
How does south america location over the equator affects it overall climate
Hemispheres are determined by their location in relation to the equator as either Northern Hemisphere or Southern Hemisphere. The equator serves as the dividing line between these two hemispheres based on their position above or below the equator.
No, break dancers spinning on their heads do not change direction when they are south of the Equator. The direction of their spin is determined by their personal preference and technique, not their location relative to the Equator.
The correct terminology for describing the location of the equator is "0 degrees latitude."
No. The color is determined by the star's temperature, not location.
Latitude is the location distance north or south of the equator, measured in degrees from 0° at the equator to 90° at the poles.
The position of the Earth's equator.
How does south america location over the equator affects it overall climate
The initial statement is false. Water doesn't 'turn' one way or the other when you flush due to location north or south of the equator. It has everything to do with the shape/size etc. of the bowl, and nothing to do with geographic location!
Ecuador is the spanish word for equator and since the equator runs through Ecuador that is how it got its name.
The Kilimanjaro Mountain is near the equator, in the south.
The distance from the equator to a location at a certain latitude can be calculated using the formula: Distance = radius of the Earth * arccos(sin(latitude of equator) * sin(latitude of the location) + cos(latitude of equator) * cos(latitude of the location) * cos(0)). For a location 52 degrees north of the equator, the approximate distance would be about 5,723 kilometers.
latitude