According to the numerous requests of our users, we publish the calculator calculates the limit of one variable at a given point. The calculator calculates the limit with the approximate numerical method, which does not allow us to calculate the limit in the case when the argument goes to infinity. Details as usually follow the calculator.
Allowed operations: + - / * ^ Constants: pi Functions: sin cosec cos tg ctg sech sec arcsin arccosec arccos arctg arcctg arcsec exp lb lg ln versin vercos haversin exsec excsc sqrt sh ch th cth csch
Number A is function limit of y=f(x), where х->x0, as for all the values of x, very little different from the number x0, the corresponding values of the function f(x) arbitrarily different from the number of A.
The performance of our calculator is based on this definition of the function limit.
For the limit calculation, we just simply calculate the value of the function at point slightly different from the given. Saying slightly, I mean the limit value that extremely little different (as much as it possible for our computing system) from the given point. To obtain such an extremely small value, we take some small value and reduce it with bisectional method until the value of the function at the point, different from that given point by a small value, is determined.
As a result of the penultimate calculation, we get the limit of our function.
This method requires some computing power because the value of the function computed several hundred times. But since all the calculations of our calculators are made on the user's computer, the responsibility for these computation powers we shift on your shoulders, dear visitors of our site :)