![]() To arbitrary complicated forms such as sin(1+2i) / ln(3+4i) + atan(1+3i) − 4∠(1.8), which contains non-algebraic functions and complex numbers in rectangular and polar forms. Due to the wide range of scientific calculators available, for the purposes of this course we will be concentrating on the Casio fx-83ES model. In addition to performing the four basic operations of addition, subtraction, multiplication and division of complex numbers, this complex number calculator can be used to calculate powers and principal roots of complex numbers.Īs a powerful scientific complex number calculator it can also be used to calculate exponential, logarithmic, trigonometric, hyperbolic, Γ ( Gamma), ψ ( psi) and ζ ( zeta) functions with imaginary or complex number as arguments.Ĭomplex numbers can be entered in the rectangular (standard) form a + bi, where a and b are the real part and imaginary part, respectively.Ĭomplex numbers can also be entered in the polar form r∠ θ, where r is the signed module (or length) and θ is the argument (or angle) of the complex number.įurthermore, this complex number calculator shows work step-by-step and converts the complex number results to standard, polar and other modular forms.įor instance, this imaginary / complex number calculator easily computes mathematical expressions containing complex numbers from the simplest forms such as Mathematical operations and function evaluations with imaginary numbers, and in general, complex numbers. Using the EE or EXP key on your calculator will do this efficiently. A complex number calculator is a scientific calculator that is also capable of performing When doing calculations with numbers, its important to keep the power with the number.
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