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Why contour line never crosses another contour line?

Each contour line represents a different elevation. If they touched at any point, that would mean that point would have 2 different elevations at once, which doesn't make any sense. They can get really close if there is a steep drop, but they never touch. +++ They can never cross but they converge as the represented ground steepens, so they touch in appearance on paper when representing a vertical face of height at least equal to the difference between two consecutive lines.


What are the main topographic map rules?

The main topographic map rules include contour lines never crossing, contour lines close together represent steep terrain, contour lines spread out represent flat terrain, and elevation is indicated by the contour lines.


Why can't two contour lines overlap?

One contour can not cross another because a contour is one exact elevation; if it crossed another contour it would show that it is higher than the second contour on one side, but lower on the other side.


What are two things that contour lines cannot do?

Contour lines can never touch each other, and they can never just stop, they have tonot go off the page or connect.


Which game do you never get a sixth turn?

Noughts and crosses


What is the imaginary line called that hyperbola never crosses?

The Asymptote


What do contour lines never do?

They don't eat french fries like I do!


Can contour lines on a map split?

no thwy cant because there is never a elevation of zero


Why can't contour lines cross merge or split?

Contour lines are imaginary lines that join points of equal height. Therefore, say, a 300 metre height contour line can never meet a 400 metre height one.


Why contour line never cross?

Contour line's measure elevation, there cannot be a space with two different elevations at the same time. For example, a hill can be 1,000 feet tall at the summit but not also 5 ft at its summit (unless you're in some parallel dimension). So no, they never cross.


What is a rule that never crosses the x axis?

A rule that never crosses the x-axis is a function that is either always positive or always negative. For example, the function ( f(x) = e^x ) is always positive for all real values of ( x ) and thus never intersects the x-axis. Similarly, a constant function like ( f(x) = 5 ) also never crosses the x-axis since it maintains the same positive value.


Why don't 2 contour line never cross each other?

because the world would explode