you can measure roads, city boundarys, and other things
Although normally it is the line that is considered to be tangent to an arc, an arc can be tangent to infinitely many lines and so the answer to the question is: in infinitely many ways.
It can be considered a philosophical question, without any real answer. But the easiest answer to this question is to consider the fact that an infinity is an infinity and have a beginning but no end. Then every infinity would have beginnings but no ends, so no matter how many you have, every infinity would still be equal to oneanother.
A straight line, defined on an unrestricted domain, has no extrema. If m>0 then, as x goes from - infinity to + infinity, then so does y, while if m<0 then, as x goes from - infinity to + infinity, y goes from + infinity to - infinity. There are NO turning points. In the degenerate case that m = 0, then y = c for all values of x and that could be considered an extremum.
A cylinder can be considered a cone whose apex has moved to infinity.
Arc of Infinity happened on 1983-01-12.
A compressional bounday is plate boundarys that are being compressed
Doctor Who - 1963 Arc of Infinity Part One 20-1 is rated/received certificates of: UK:PG (DVD rating)
Doctor Who - 1963 Arc of Infinity Part Three 20-3 is rated/received certificates of: UK:PG (DVD rating)
Doctor Who - 1963 Arc of Infinity Part Two 20-2 is rated/received certificates of: UK:PG (DVD rating)
infinity is not considered a number it is considered a theory therefore it can not be square rooted
Infinity is a concept, not a number. Even if it were considered such, infinity plus one is also infinity, and so infinity minus one is still infinity.
In a circle, it is argued that there are either no corners, or infinitely many, depending upon the depth of the mathematics involved.Given that a semi-circle is half a circle, then the arc must have either 0/2 = 0 or infinity/2 = infinity corners.Where the arc connects with the diameter, there are unquestionably two corners, so the two values are:0+2=2 or infinity+2=infinity2 or infinity
convergent boundaries collide but divergent boundaries move away from each other.
Cool
convergent
divergent boundarys