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Parallels are imaginary circles around the globe that measures what?
Parallels are imaginary circles around the globe that measure latitude, which is the distance north or south of the equator. They help in locating positions on the Earth's surface and are often used as reference points in navigation and mapping.
What are the imaginary parallel lines that run east-west?
The imaginary parallel lines that run east-west are called lines of latitude. These lines measure the distance north or south of the equator and are used to establish the location of a place on the Earth's surface.
What is another way to say latitude?
Lines of latitude are also called parallels.
How do you define distance?
Distance is a measure of separation of bodies in space. It is also the separation of two places on the surface of a body.
What are the lines of latitude used for?
To measure the distance on the Earth's surface North or South of the Equator.
What are the latitude lines for the US?
To measure the distance on the Earth's surface North or South of the Equator.
What is depth as it is relating to the ocean?
Depth is a measure of distance between the surface and the ocean floor.
Measure of change in elevation in a certain distance is called what?
The measure of change in elevation in a certain distance is called slope. It is typically expressed as the ratio of the change in vertical height to the horizontal distance between two points on a surface.
What is an imaginary line that follows the curve of the earth?
An imaginary line that follows the curve of the Earth is called a great circle. It represents the shortest distance between two points on the Earth's surface and is often used in navigation and mapping.
What is an example of imaginary sight?
my imaginary sight is money fallin out of the sky
What do trundle wheels measure?
Trundle wheels are used to measure distance by rolling along a surface. They are commonly used in fields such as land surveying, engineering, and construction to determine distances accurately.
Which indicates the imaginary line that extends straight out from the center of a reflective surface?
The imaginary line that extends straight out from the center of a reflective surface is the optical axis.
