The integral is the operator of the integration calculation in mathematics.. Integration is generally presented as a method of calculating the area under the curve of a function, but it can also be applied to the calculation of surfaces and volumes of solids.. Integral calculus is usually set to an interval and uses function primitives.

Use the dedicated tool to check an equality or else, enter the equation and click on solve, the solver will answer true if the equality is checked whatever the variable (there are an infinite number of possible solutions for the variable).

Computing the antiderivatives of a function involves finding another function which, when derived, gives the original function. The easiest way to calculate a function primitive is to know the list of common primitives and apply them.. dCode knows all functions and their primitives.Enter the function and its variable to integrate and dCode do the computation of the primitive function.

Exponent corresponds to the number of times the multiplication has to be done. If the exponent is not an integer, it becomes a root calculus and is not managed by this function. Use the square root page or the formal calculator on dCode.

Electronic devices and programs store numbers in a memory that is not infinite, unlike numbers. Thus, calculator additions are generally limited to a dozen of digits, and computers are generally limited to 32 bits additions (2^32 = 4294967296 that is 10 digits) and/or 64 bits (2^64 = 18446744073709551615 that is 20 digits)

Calculation tools such as calculators or computers are limited by their ability to display or manage a large number of numbers in the result. Standard calculators generally have a limited capacity in terms of displayed digits, which can make it difficult to manipulate multiplication results with many digits.. Processors and computers are generally limited in handling overflows, as integers ...