If x is a cluster point for the sequence {x_n}, there is a subsequence of {x_n} whose limit is x. The subsequence can be constructed by choosing a sequence of shrinking neighborhoods V_k about x. Since x is a cluster point, each such neighborhood contains infinitely many elements of {x_n}. By choosing a new point x_k from each neighborhood V_k, we get a subsequence {x_k} of {x_n} with lim x_k = x.
No limit.
an infinite number; no limit
Let f be a function and a be the given point you are considering. Then,f(x) - f(a)---------------(x-a)is the difference quotient. If the limit as x approaches a exists, then the function is differentiable at a, or we say the derivative exists at a. If that limit does not exist, then the derivative does not exist at that point.
I assume you mean that the line goes through a certain point. There is no limit to how many lines you can have through the same point.
Given a function sequence f1(x), f2(x), f3(x)..., the limit can be defined in several ways: - Point by point limit; that is, it converges to a new function at each point. - Lp convergence; that is, it converges to a new function in Lp-norm. - Almost everywhere convergent; that is, it converges to a new function except a set with measure zero.
There isn't really a generic term for a giant cluster - as all clusters are giant. See related question for the two types of cluster
career in forestry be best related to?
No limit.
No, there is no limit.(See the Related question.)
Clusters
Pediatrician falls under the "Health Science" career cluster. This cluster encompasses careers related to the diagnosis, treatment, and prevention of diseases and disorders in humans.
limit of proportionality is the point where the spring expands in a non linear way / limit of elasticity is the point where the spring doesn't come back to it original shape
See related questions
True/Yes
A star cluster. See related question
An inducer is a cluster of genes that codes for proteins with related functions. They do this by disabling repressors, which causes the gene to be expressed.
let A be any subset of a metric space X a point x belongs to X is called a limit point of A if every neighbourhood of x contain a point of A other than x